Loren Data's SAM Daily™

FBO DAILY ISSUE OF AUGUST 29, 2002 FBO #0270
MODIFICATION

A -- REQUEST FOR INFORMATION (RFI) - Electronic Support for the Objective Force (ESOF) Science and Technology Objective (STO)

Notice Date

8/27/2002
 

Notice Type

Modification
 

Contracting Office

US Army Communications-Electronics Command, CECOM Acquisition Center, ATTN: AMSEL-AC, Building 1208, Fort Monmouth, NJ 07703-5008
 

ZIP Code

07703-5008
 

Solicitation Number

DAAB0702RL734
 

Response Due

9/26/2002
 

Point of Contact

Angela Smeaton, 732-427-7220
 

E-Mail Address

Email your questions to US Army Communications-Electronics Command, CECOM Acquisition Center
(Angela.Smeaton@mail1.monmouth.army.mil)
 

Small Business Set-Aside

N/A
 

Description

NA Contact: U.S. Army Communications Electronic Command (CECOM), Intelligence and Information Warfare Directorate (I2WD), Mark Agnello, ph: (732) 427-2728, email: mark.agnello@mail1.monmouth.army.mil and Keith Megow, ph: (732) 427-7072, email: keith.megow@ma il1.monmouth.army.mil Description: This is a Request for Information (RFI) synopsis. Intelligence and Information Warfare Directorate (I2WD) is gathering information regarding the technology potential for future Army unattended ground SIGINT and UAV ELINT sensor systems. I2W D is initiating a new Science and Technology Objective (STO) program in FY03. It is called Electronic Support for the Objective Force (ESOF). The ESOF STO will have a duration of four (4) years and will be focused on maturing remote sensor technology, si gnal processing techniques, and data fusion techniques for transition to Prophet Blocks IV and V and Future Combat Systems (FCS). (Note: The data fusion techniques of interest are those that fuse data at or near the sensor and reduce the amount of informa tion transmitted through the communications link.) Products from the ESOF STO will be tested and evaluated in the Night Vision Networked Sensors for the Objective Force (NSOF) Advanced Technology Demonstration (ATD). The information requested below will be used by I2WD in planning and developing a technical architecture and requirements, and in assessing the technology readiness for the potential development of a future system by a Materiel Developer and industry. Background: The goal of the next generation of the US Army's ground and aerial Radio Frequency (RF) reconnaissance and surveillance systems is to extend the reach and accuracy of existing stand-off sensors with unattended remote ground sensors (UGS) SIGINT and unmanned aerial vehicle (UAV) ELINT sensors. There are multiple government-funded programs in place today that address parts of this requirement. The ESOF STO mission is to integrate technology from existing 6.1/6.2/6.3 programs and mature technica l areas required for successful transition to Prophet and FCS programs in the FY05-06 timeframe. Successful transition is defined as UGS SIGINT and UAV ELINT sensor systems at Technology Readiness Level 6. TRL 6 is defined as sensor systems, signal proce ssing algorithms, and data fusion algorithms that have been successfully field tested in a realistic environment on functional prototype hardware. TRL 6 products of the ESOF STO should demonstrate sufficient risk reduction for transition to 6.4-funded pro ductization efforts conducted by PM Prophet, PM RUS, and PM FCS. I2WD seeks responses about the following major Components: 1. Unattended ground sensors that cover 30MHz-18GHz, BW 10-60 MHz 2. Unmanned aerial vehicle sensors that cover 500MHz - 18GHz, BW 80-500 MHz 3. Receiver capabilities such as sensitivity, dynamic range, etc. 4. Emitter identification and geo-location signal processing techniques compatible with Size, Weight, and Power (SWAP) requirements of remote UGS or UAV based sensors 5. Data fusion techniques applicable at or near the sensor(s) to reduce t he amount of information transmitted through the communications link, and 6. Remote sensor control and coordination techniques to maximize the effectiveness of the deployed systems (i.e.: methods of cueing and controlling remote sensors to maximize probabi lity of detecting non-cooperative RF emitters. The control and coordination approach should consider coordinated collection by ground and air sensors to achieve precision geo-location.) Technical subjects: 1. Frequency range coverage, 2. Co-channel and/or multipath processing for intercept and location, 3. Complex modulations, i.e. digital, spread spectrum, LPI, 4. Complex RADAR, i.e. sophisticated waveforms, impulse, and wide-band LPI, 5 . Geo-location precision, 6. Connectivity with evolving communications networks, 7. Data filtering to reduce load on the communications link from the sensor to upper echelon war fighters, 8. Sensor correlation and cross-cue, 9. Moving emitter tracking, 10. Use of terrain and sensor geometry data, 11. Very remote operator control, 12. Size, mobility, sustainability, self-deployability, 13. Size, weight, and power compatibility with FCS mini UAV concepts. Please address the above with respect to UGS SIGINT and UAV ELINT based sensor systems separately. Tables I and II may be used as a guide in addressing these technical requirements. Responses can be of any format. Supplemental mat erials, such as brochures, briefings, spec sheets, etc., are welcome, as long as they accompany a response. When preparing your responses, be specific, and make sure you answer the following questions. What technology, by name, fits this background, falls under what component(s) and area(s), and what technical subject(s) does it address? How? Describe the technology in detail. What is the status of the technology? Is it available now? If not, when will it be available? How extensively has it been tested? Do es your organization wish to point out any special considerations that I2WD should know about developing the system described that is not included in the components, areas, or technical subjects listed above? All sources involved with any subjects discusse d above are invited to respond. This RFI does not constitute a commitment on the part of the Government to purchase systems or services. The Government will not award a contract based on this RFI. The Government will not pay for the information received in response to this RFI. Acknowledgement of receipt of responses will not be made, nor will respondents be notified of the Government's evaluation of the information received. All respondents are asked to indicate the type and size of your organization, i.e. Large Business, Small Business, Small Disadvantaged Business, 8(a), Historically Black College or University/Minority Institution (HBCU/MI), other educational institution, non-profit organization, or Government lab, in their responses. No faxes will be ac cepted. If you choose to submit proprietary information, mark it accordingly. Classified information will be accepted, but please mark it accordingly and send it via proper channels. . All responses are due no later than one month after this announcement date. TABLE I UGS SIGINT SAMPLE TECHNICAL SPECIFICATION: Requirements (RF UGS) Threshold (RF UGS) Objective SWAP 30-45 Days (Min) 45-60 Days (Min) TBD Volcano Form Factor Duty Cycle 5% Over 1 Minute Duty Cycle 5% Over 1 Minute Deployment Hand Hand/Air/Mortar Target Parameters Frequency Range 30MHz - 2 GHz 30MHz - 18 GHz Bandwidth COMINT Signal 10 MHz 60 MHz Bandwidth ELINT Signal 80 MHz - 500 MHz Distance COMINT 1 KM (Min) @ 1Watt 1 KM (Min) @ .5 Watt Distance ELINT 1 KM (Min) @ 1 Watt Signal Type Subset TCS,TAS,TOS Subset TCS,TAS,TOS,Radar Emitter Density 10 Emitters in 1SQKM 10 Emitters in 1SQKM Transmit Duration 2 Seconds (Min) 2 Seconds (Min) Dynamics Less Than 50 KPH Less Than 50 KPH Sensor parameters Library of Targets Directed Search Directed Search Classify COMINT Carrier/Modulation Carrier/Modulation/Copy Classify ELINT PDW Data Fusion Geolocation/Target ID GeolocationTarget ID Sensitivity Selectable Selectable Lockout Capability TV and Radio TV and Radio (Adaptive) Antenna Minimize # for Target Minimize # for Target Geolocation LOB (16-30) or TDOA (100M) LOB (10 deg) or TDOA (100M) Probability Detect 90% (Min) @ 1KM 90% (Min) @ 1KM Probability False Alarm 5% (Max) 5% (Max) Multipath Minimum Moderate Co-Channel Interference Minimum Minimum Sensor to Sensor Link Distance 500M - 1KM 500M - 1KM Interface Link Blue Radio (Wireless NB) Blue Radio (Wireless NB) NetworkConfiguration Automatic, Self Configure Automatic, Self Configure Data Compression TDOA Support TDOA Support Sensor to Sensor Control Link Distance 7-10 KM 7-10 KM Network Configuration Automatic, Self Configure Automatic, Self Configure Interface Link FreeWave Orange Radio (Wireless WB) Data Compression Target ID Target ID Sensor Control Data Fusion UAV ELINT Data Correlation Legacy Interoperability Silent Warrior Interoperability NSOF ATD NSOF ATD TABLE II UAV ELINT SAMPLE TECHNICAL SPECIFICATION: Requirements UAV Sensor Threshold UAV Sensor Objective SWAP 200-800 Watt 200-800 Watt 40 lbs (Max) 15 - 20 lbs (Max) JASA VME JASA PCMCIA Type Deployment DTSP payload FCS mini UAV Target Parameters Frequency Range 500 MHz - 18 GHz 500 MHz - 18 GHz Bandwidth COMINT Signal N/A N/A Bandwidth ELINT Signal 80 - 500 MHz 80 - 500 MHz Distance COMINT N/A N/A Distance ELINT [- 70dBM (Max)] [- 70dBM (Max)] Signal Type Radar Radar Emitter Density Transmit Duration 20,000 PPS/GHz 20,000 PPS/GHz Dynamics 100-150 KPH (Relative) 100-150 KPH (Relative) Sensor parameters Library of Targets Directed Search Directed Search Classify COMINT Classify ELINT PDW PDW Data Fusion GeolocationTarget ID GeolocationTarget ID Sensitivity [- 70dBM (Max)] [- 70dBM (Max)] Lockout Capability TV and Radio (Adaptive) TV and Radio (Adaptive) Antenna Minimum Over Freq Range Minimum Over Freq Range Geolocation LOB or TDOA LOB (10 deg) or TDOA (100M) Probability Detect 90% (Min) @ 13 dB SNR 90% (Min) @ 13 dB SNR Probability False Alarm 1.00E-05 1.00E-05 Multipath None Minimum Co-Channel Interference Moderate Moderate Sensor to Sensor Link Distance Interface Link NetworkConfiguration Data Compression Sensor to Sensor Control Link Distance 30 KM 30 KM Network Configuration Automatic, Self Configure Automatic, Self Configure Interface Link TCDL Orange Radio (Wireless WB) Data Compression Target ID Target ID Sensor Control Data Fusion Legacy Interoperability Interoperability DTSP, NSOF ATD FCS, NSOF ATD Contact: U.S. Army Communications Electronic Command (CECOM), Intelligence and Information Warfare Directorate (I2WD), Mark Agnello, ph: (732) 427-2728, email: mark.agnello@mail1.monmouth.army.mil and Keith Megow, ph: (732) 427-7072, email: keith.megow@ma il1.monmouth.army.mil
 

Place of Performance

Address: US Army Communications-Electronics Command, CECOM Acquisition Center ATTN: AMSEL-AC, Building 1208 Fort Monmouth NJ

Zip Code: 07703-5008

Country: US
 

Record

SN00151207-W 20020829/020827213655 (fbodaily.com)
 

Source

FedBizOpps.gov Link to This Notice
(may not be valid after Archive Date)

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