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THE ALABAMA A&M UNIVERSITY RESEARCH, INNOVATION, SCIENCE AND ENGINEERING FOUNDATION, INC.
NORMAL, AL, 35762
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Subcontracting experience
Showing the 50 most recent of 69 records from government sources. Past participation is not evidence of current teaming interest.
| Role | Agency | Description | Vehicle | Obligated | Action date | Period |
|---|---|---|---|---|---|---|
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS PERFORMANCE WORK STATEMENT (PWS) IS TO PROVIDE ADVISORY AND ASSISTANCE SERVICES FOR TECHNICAL AND ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER (AVMC), COMBAT CAPABILITIES DEVELOPMENT COMMAND (DEVCOM) IN THE PERFORMANCE OF ITS OVERALL MISSION. THIS MISSION INCLUDES TECHNOLOGY DEVELOPMENT ASSISTANCE AND PROGRAM SUPPORT EFFORTS IN THE AREAS OF SENSORS, SIGNAL PROCESSING, TARGET ACQUISITION, GUIDANCE, NAVIGATION, CONTROL, ELECTRONICS, COMPUTERS, SYSTEM DEVELOPMENT AND WEAPONS EVALUATION 24C0110721 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541715 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT View parent award on USAspending | 47QRAA23D007AUSAspending | $0 | Mar 31, 2025 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Feb 28, 2025 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Feb 28, 2025 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS PERFORMANCE WORK STATEMENT (PWS) IS TO PROVIDE ADVISORY AND ASSISTANCE SERVICES FOR TECHNICAL AND ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER (AVMC), COMBAT CAPABILITIES DEVELOPMENT COMMAND (DEVCOM) IN THE PERFORMANCE OF ITS OVERALL MISSION. THIS MISSION INCLUDES TECHNOLOGY DEVELOPMENT ASSISTANCE AND PROGRAM SUPPORT EFFORTS IN THE AREAS OF SENSORS, SIGNAL PROCESSING, TARGET
ACQUISITION, GUIDANCE, NAVIGATION, CONTROL, ELECTRONICS, COMPUTERS, SYSTEM DEVELOPMENT AND WEAPONS EVALUATION. 24C0110721 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541715 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT View parent award on USAspending | 47QRAA23D007AUSAspending | $0 | Feb 28, 2025 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Jan 31, 2025 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS PERFORMANCE WORK STATEMENT (PWS) IS TO PROVIDE ADVISORY AND ASSISTANCE SERVICES FOR TECHNICAL AND ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER (AVMC), COMBAT CAPABILITIES DEVELOPMENT COMMAND (DEVCOM) IN THE PERFORMANCE OF ITS OVERALL MISSION. THIS MISSION INCLUDES TECHNOLOGY DEVELOPMENT ASSISTANCE AND PROGRAM SUPPORT EFFORTS IN THE AREAS OF SENSORS, SIGNAL PROCESSING, TARGET
ACQUISITION, GUIDANCE, NAVIGATION, CONTROL, ELECTRONICS, COMPUTERS, SYSTEM DEVELOPMENT AND WEAPONS EVALUATION. 24C0110721 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541715 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT View parent award on USAspending | 47QRAA23D007AUSAspending | $0 | Jan 31, 2025 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Jan 31, 2025 | — – — |
| Subcontractor | Department of Defense | MENTOR PROTEGE PROGRAM MAROTTA CONTROLS 4106281672 Parent award context Parent award agency: Department of Defense · Missile Defense Agency Parent award NAICS: 541715 Parent award performance state: AL Parent award description: DOD MENTOR-PROTEGE PROGRAM (MPP) View parent award on USAspending | — | $30,400 | Jan 30, 2025 | — – — |
| Subcontractor | Department of Defense | MENTOR-PROTEGE PROGRAM - SIL 4106281672 Parent award context Parent award agency: Department of Defense · Missile Defense Agency Parent award NAICS: 541715 Parent award performance state: AL Parent award description: DOD MENTOR-PROTEGE PROGRAM (MPP) View parent award on USAspending | — | $42,400 | Jan 30, 2025 | — – — |
| Subcontractor | Department of Defense | MENTOR PROTEGE PROGRAM - VTS 4106281672 Parent award context Parent award agency: Department of Defense · Missile Defense Agency Parent award NAICS: 541715 Parent award performance state: AL Parent award description: DOD MENTOR-PROTEGE PROGRAM (MPP) View parent award on USAspending | — | $45,600 | Jan 30, 2025 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Dec 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Dec 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS PERFORMANCE WORK STATEMENT (PWS) IS TO PROVIDE ADVISORY AND ASSISTANCE SERVICES FOR TECHNICAL AND ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER (AVMC), COMBAT CAPABILITIES DEVELOPMENT COMMAND (DEVCOM) IN THE PERFORMANCE OF ITS OVERALL MISSION. THIS MISSION INCLUDES TECHNOLOGY DEVELOPMENT ASSISTANCE AND PROGRAM SUPPORT EFFORTS IN THE AREAS OF SENSORS, SIGNAL PROCESSING, TARGET
ACQUISITION, GUIDANCE, NAVIGATION, CONTROL, ELECTRONICS, COMPUTERS, SYSTEM DEVELOPMENT AND WEAPONS EVALUATION. 24C0110721 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541715 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT View parent award on USAspending | 47QRAA23D007AUSAspending | $0 | Dec 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Nov 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS PERFORMANCE WORK STATEMENT (PWS) IS TO PROVIDE ADVISORY AND ASSISTANCE SERVICES FOR TECHNICAL AND ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER (AVMC), COMBAT CAPABILITIES DEVELOPMENT COMMAND (DEVCOM) IN THE PERFORMANCE OF ITS OVERALL MISSION. THIS MISSION INCLUDES TECHNOLOGY DEVELOPMENT ASSISTANCE AND PROGRAM SUPPORT EFFORTS IN THE AREAS OF SENSORS, SIGNAL PROCESSING, TARGET
ACQUISITION, GUIDANCE, NAVIGATION, CONTROL, ELECTRONICS, COMPUTERS, SYSTEM DEVELOPMENT AND WEAPONS EVALUATION. 24C0110721 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541715 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT View parent award on USAspending | 47QRAA23D007AUSAspending | $0 | Nov 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Nov 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Oct 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS PERFORMANCE WORK STATEMENT (PWS) IS TO PROVIDE ADVISORY AND ASSISTANCE SERVICES FOR TECHNICAL AND ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE CENTER (AVMC), COMBAT CAPABILITIES DEVELOPMENT COMMAND (DEVCOM) IN THE PERFORMANCE OF ITS OVERALL MISSION. THIS MISSION INCLUDES TECHNOLOGY DEVELOPMENT ASSISTANCE AND PROGRAM SUPPORT EFFORTS IN THE AREAS OF SENSORS, SIGNAL PROCESSING, TARGET
ACQUISITION, GUIDANCE, NAVIGATION, CONTROL, ELECTRONICS, COMPUTERS, SYSTEM DEVELOPMENT AND WEAPONS EVALUATION. 24C0110721 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541715 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT View parent award on USAspending | 47QRAA23D007AUSAspending | $0 | Oct 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Oct 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS PERFORMANCE WORK STATEMENT (PWS) IS TO PROVIDE ADVISORY AND
ASSISTANCE SERVICES FOR TECHNICAL AND ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE
CENTER (AVMC), COMBAT CAPABILITIES DEVELOPMENT COMMAND (DEVCOM) IN THE
PERFORMANCE OF ITS OVERALL MISSION. THIS MISSION INCLUDES TECHNOLOGY DEVELOPMENT
ASSISTANCE AND PROGRAM SUPPORT EFFORTS IN THE AREAS OF SENSORS, SIGNAL PROCESSING, TARGET
ACQUISITION, GUIDANCE, NAVIGATION, CONTROL, ELECTRONICS, COMPUTERS, SYSTEM DEVELOPMENT
AND WEAPONS EVALUATION. 24C0110721 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541715 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT View parent award on USAspending | 47QRAA23D007AUSAspending | $0 | Sep 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Sep 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Sep 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Aug 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Aug 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE OBJECTIVE OF THIS PERFORMANCE WORK STATEMENT (PWS) IS TO PROVIDE ADVISORY AND
ASSISTANCE SERVICES FOR TECHNICAL AND ENGINEERING SUPPORT FOR THE AVIATION AND MISSILE
CENTER (AVMC), COMBAT CAPABILITIES DEVELOPMENT COMMAND (DEVCOM) IN THE
PERFORMANCE OF ITS OVERALL MISSION. THIS MISSION INCLUDES TECHNOLOGY DEVELOPMENT
ASSISTANCE AND PROGRAM SUPPORT EFFORTS IN THE AREAS OF SENSORS, SIGNAL PROCESSING, TARGET
ACQUISITION, GUIDANCE, NAVIGATION, CONTROL, ELECTRONICS, COMPUTERS, SYSTEM DEVELOPMENT
AND WEAPONS EVALUATION. 24C0110721 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541715 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT View parent award on USAspending | 47QRAA23D007AUSAspending | $130,618 | Aug 5, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Jul 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Jul 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Jun 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Jun 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | May 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | May 31, 2024 | — – — |
| Subcontractor | Department of Defense | MENTOR PROTEGE PROGRAM - VTS 4106281672 Parent award context Parent award agency: Department of Defense · Missile Defense Agency Parent award NAICS: 541715 Parent award performance state: AL Parent award description: DOD MENTOR-PROTEGE PROGRAM (MPP) View parent award on USAspending | — | $58,000 | May 29, 2024 | — – — |
| Subcontractor | Department of Defense | MENTOR PROTEGE PROGRAM MAROTTA CONTROLS 4106281672 Parent award context Parent award agency: Department of Defense · Missile Defense Agency Parent award NAICS: 541715 Parent award performance state: AL Parent award description: DOD MENTOR-PROTEGE PROGRAM (MPP) View parent award on USAspending | — | $53,500 | May 29, 2024 | — – — |
| Subcontractor | Department of Defense | MENTOR-PROTEGE PROGRAM - SIL 4106281672 Parent award context Parent award agency: Department of Defense · Missile Defense Agency Parent award NAICS: 541715 Parent award performance state: AL Parent award description: DOD MENTOR-PROTEGE PROGRAM (MPP) View parent award on USAspending | — | $56,800 | May 29, 2024 | — – — |
| Subcontractor | Department of Defense | NOTE: OBLIGATED VALUE IS FUNDED VALUE AS OF PURCHASE ORDER MOD 01. TOTAL VALUE OF SUBCONTRACT IS $216,265.00.
PROJECT-BASED MENTOR-PROTÉGÉ AGREEMENT: JRC PROPOSES A PROJECT-BASED MENTOR-PROTÉGÉ
AGREEMENT WITH INTEGRITY COMMUNICATIONS SOLUTIONS. THE PROJECT THAT IS PROPOSED IS DESCRIBED
AS FOLLOWS. JRC WILL PLAN APPROXIMATELY 50% OF THE LEVEL OF EFFORT FOR THE MENTOR-PROTÉGÉ EFFORT
TOWARDS THE PROJECT WITH APPROXIMATELY 25% BEING PERFORMED BY OUR PROTÉGÉ, INTEGRITY. JRC WILL
ALSO OBTAIN SUPPORT FROM A HISTORICALLY BLACK COLLEGE OR UNIVERSITY (HBCU) FOR APPROXIMATELY
5% OF THE LEVEL OF EFFORT TO ASSIST IN THE PROJECT. THE PROJECT SUPPORTS NAVWAR PMW 770 THE
NAVY SPONSORING PROGRAM FOR THIS EFFORT. AAMU INTEGRITY Parent award context Parent award agency: Department of Defense · Department of the Navy Parent award NAICS: 611430 Parent award performance state: DC Parent award description: MPP JRC AND INTEGRITY MPA View parent award on USAspending | — | $72,053 | May 17, 2024 | — – — |
| Subcontractor | Department of Defense | NOTE: SUBCONTRACT AMOUNT IS FUNDED VALUE AS OF PURCHASE ORDER MOD 03. CONTRACT VALUE IS $193,962.
AMUU WILL REVIEW TECHNICAL PAPERS AND DATA ANALYSIS IN MATERIAL SCIENCE AND WEAPONS
SYSTEM ENGINEERING FOR SUPPORT WITH POTENTIAL INTERFACE TO SPC AND MAJOR SWS SUBSYSTEM
BRANCHES. AAMU M-TECH Parent award context Parent award agency: Department of Defense · Department of the Navy Parent award NAICS: 611430 Parent award performance state: DC Parent award description: MPP JRC INTEGRATED_ ACQCENTRIC LABOR View parent award on USAspending | — | $125,149 | May 15, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Apr 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Apr 30, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Mar 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Mar 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Feb 29, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Feb 29, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Jan 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Jan 31, 2024 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Nov 30, 2023 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Nov 30, 2023 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Nov 30, 2023 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Nov 30, 2023 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. THE CONTRACTOR SHALL SUPPORT IN T T22S017 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS, DEVELOPMENT, AND INTEGRATION DIRECTORATE View parent award on USAspending | GS23F0321NUSAspending | $0 | Oct 31, 2023 | — – — |
| Subcontractor | Department of Defense | THE CONTRACTOR SHALL SUPPORT IN THE PERFORMANCE OF SYSTEM ENGINEERING, THEORETICAL ANALYSES, SIMULATION AND MODELING, RESEARCH AND DEVELOPMENT HARDWARE DESIGN, SOFTWARE/ALGORITHM DEVELOPMENT, HARDWARE FABRICATION, SYSTEM INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN, HARDWARE IDENTIFICATION AND PROCUREMENT, TEST PLANNING, TEST SUPPORT AND DATA ACQUISITION, REDUCTION AND REPORTING TO SUPPORT RESEARCH AND DEVELOPMENT FOR THE FOLLOWING CATEGORIES OF SENSOR SYSTEMS, SUBSYSTEMS, AND TECHNOLOGY USED FOR MISSILE GUIDANCE AND FIRE CONTROL APPLICATIONS: TERMINAL HOMING SYSTEMS INCLUDING BOTH PASSIVE AND ACTIVE SENSORS SUCH AS INFRARED (IR), RADIO FREQUENCY (RF), MILLIMETER WAVE (MMW), ELECTRO OPTICAL (EO) AND ACOUSTIC WITH AND WITHOUT FIBER OPTIC OR RF DATA LINKS TO THE GROUND AND/OR OTHER AERIAL VEHICLE; COMMAND GUIDANCE INCLUDING LASER, MMW, RF, AND WIRE; SEMI-ACTIVE GUIDANCE INCLUDING LASERS AND RF ILLUMINATORS; DUAL MODE GUIDANCE INCLUDING VARIOUS COMBINATIONS OF SENSORS, GUIDANCE MODES, GROUND AND AIRBORNE PLATFORM SENSOR SYSTEMS FOR DETECTION, RECOGNITION, IDENTIFICATION AND TRACKING TO SUPPORT TARGET ENGAGEMENT.
2.1.2. THE CONTRACTOR SHALL SUPPORT SYSTEM ENGINEERING ANALYSIS, DESIGN, HARDWARE AND SOFTWARE DEVELOPMENT, MODELING AND SIMULATION, AND FABRICATION IN SUPPORT OF TECHNOLOGY BASE, TECHNOLOGY DEMONSTRATIONS, AND CUSTOMER FUNDED PROGRAMS IN THE FOLLOWING AREAS: MULTI-MODE SEEKERS, TARGETS AND BACKGROUNDS MODELING AND DISCRIMINATION, ADVANCED IMAGING AUTOTRACKERS, AUTONOMOUS ACQUISTION ALGORITHMS AND PROCESSORS, INTEGRATED SENSOR SUITES (SENSOR FUSION), ADVANCED RF DATALINKS.
2.1.3. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF GENERIC MODELS OF SPECIFIC SENSOR SYSTEMS FOR USE IN COMPARATIVE ANALYSES AND PERFORMANCE SIMULATIONS OF THESE SENSORS IN A VARIETY OF ENVIRONMENTAL BACKGROUND CONDITIONS AND SYSTEM CONFIGURATIONS. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF SYSTEM LEVEL PRELIMINARY DESIGN FOR FUNCTIONAL DEFINITION AND PRELIMINARY ENGINEERING LAYOUT ANALYSIS, SCALED SKETCHES, DRAWINGS, AND SCALED MODELS OF SELECTED SENSORS AND SYSTEMS.
2.1.4. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT OF TWO OR THREE DIMENSIONAL IMAGE
2
PROCESSING AND PATTERN RECOGNITION TECHNIQUES FOR AUTOMATIC TARGET LOCATION, TRACKING AND MISSILE GUIDANCE USING VIDEO, INFRARED, ACOUSTIC, AND MMW IMAGERY. TECHNIQUES CONSIDERED SHALL INCLUDE CONVENTIONAL METHODS SUCH AS PRESCREENING, SEGMENTATION, FEATURE EXTRACTION, CLASSIFIER DESIGNS, AS WELL AS CORRELATION, MATCHED FILTERS, MOVING TARGET ALGORITHMS, OPTICAL FLOW TECHNIQUES, 3-DIMENSIONAL MODELING, WIRE FRAME, AND STEREOSCOPIC PROJECTIONS. SOFTWARE FOR ACCOMPLISHING THESE FUNCTIONS SHALL BE IMPLEMENTED AND DEMONSTRATED IN CAPTIVE FLIGHT TEST (CFT) HARDWARE OR SYSTEM SIMULATIONS. THE CONTRACTOR SHALL ASSIST IN THE DESIGN, FABRICATION, AND TESTING OF HARDWARE FOR IMPLEMENTING THE ALGORITHMS IN STATE-OF-THE ART CIRCUITRY FOR ACHIEVING NEAR REAL-TIME OPERATION IN MISSILE BORNE PROCESSORS. 2.1.5. THE CONTRACTOR SHALL ASSIST IN THE DEVELOPMENT AND TESTING OF PROCESSING TECHNIQUES FOR EXPLOITING THE CAPABILITIES OF MULTIPLE SENSORS (SENSOR FUSION), ACTIVE AND PASSIVE, FOR THE AUTONOMOUS FUNCTIONS OF DETECTION, RECOGNITION, TARGET TRACKING, AND MISSILE GUIDANCE WHEN THE DIFFERENT SENSORS HAVE DISSIMILAR CHARACTERISTICS (ACOUSTIC, RF, IR, AND EO SENSORS).
2.1.6. THE CONTRACTOR SHALL PROVIDE TEST SUPPORT, AND FLIGHT TEST SUPPORT, IN THE FORM OF TEST PLANNING, HARDWARE INSTRUMENTATION DEVELOPMENT, HARDWARE INTEGRATION, ELECTRICAL AND MECHANICAL INTERFACE DESIGN AND FABRICATION, AIRCRAFT MODIFICATIONS, TEST OPERATIONS, DATA ACQUISITION AND REDUCTION FOR THE TEST AND EVALUATION OF SENSOR SYSTEMS.
2.1.7. THE CONTRACTOR SHALL ASSIST IN CONDUCTING TARGET SIGNATURE MEASUREMENTS AND ASSIST IN PERFORMING ANALYSES UTILIZING SPECIFIC SENSORS OR COMBINATIONS OF SENSORS. TESTS SHALL CONSIDER THE EFFECT OF SMOKE, DUST CLUTTER AND WEATHER ON THE TARGET AND SENSORS. T22S009 Parent award context Parent award agency: Department of Defense · Department of the Army Parent award NAICS: 541330 Parent award performance state: AL Parent award description: FOLLOW-ON TO W31P4Q-19-F-C003 TECHNICAL AND ENGINEERING SUPPORT FOR THE WEAPONS DEVELOPMENT AND INTEGRATION DIRECTORATE. View parent award on USAspending | GS23F0321NUSAspending | $0 | Oct 31, 2023 | — – — |
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