FA8650-17-S-1009-Atch2.pdf

FA8650-17-S-1009

Attachment 2

Advanced Laboratories for Analysis of Sensors (ALAS) Task Order 0001 – Outdoor Range

Statement of Objectives (SOO) 07 December 2017

1.0 Technical Background

The Outdoor Range (OR) enables the testing and development of innovative approaches to the advancement of radio frequency (RF) sensors. The OR’s mission is to provide a real-world environment for the development & validation of RF sensor technology, and cover basic research to advanced technology demonstrations. Further, the OR provides a testbed for RF technology programs for waveform, hardware, and software testing. Primary measurement assessments include distributed RF systems, multi-static RF systems, ground-based radar systems, airborne radar systems, and antenna systems. Current facilities include four 100 ft walk-up towers, distributed sensing range, in-house fabrication/machine shop, mobile test trailer, S-band, X-band, and L-band radars.

Frequency ranges from 900 kHz to 40 GHz.

2.0 Technical Objectives

The objective of the Advanced Laboratories for Analysis of Sensors (ALAS) Program, Task Order (TO) 0001, focuses on the research and development (R&D) of innovative technological solutions to enhance RF and multi-spectral (MS) system technologies, along with advancing test measurement techniques and methods in an outdoor environment. This TO focuses on AFRL/RY OR techniques and enhancements that are necessary to meet cutting edge and emerging warfighter needs.

3.0 Tasks and Technical Requirements

3.1 Environment Monitoring & Characterization

Develop the capability to monitor, characterize, record, and document the outdoor RF environment for research and experiments. RF experiments would benefit from a persistent capability to document the in band and out of band signals present during technology tests. This capability shall provide permanent and mobile systems necessary to observe, measure and characterize signals of opportunity for passive sensing and allow researchers to explore the RF environment in real time. Measurements of outdoor RF environment may include (not limited to) polarization, power, and spectrum measurements, that are integrated to AFRL precision timing infrastructure.

3.2 Flexible Emitters

Develop a core capability to radiate arbitrary signals in the outdoor RF environment for testing and research in both permanent and portable configurations. RF experiments would benefit from a persistent, permanent capability to transmit illumination, reference and calibration signals during experiments. This ability will require continuous spectrum management coordination. Permanent capabilities shall be operated and controlled from the OneRY Outdoor Range Control Room to facilitate experiments that are trusted and repeatable. Portable capabilities shall provide a trusted, robust, quick reaction ability to support remote location field testing. R&D efforts will seek (not limited to) to support instantaneous bandwidths up to 1.0 GHz and calibrated antenna patterns.

3.3 Reference Targets

Develop a set of reference targets to be used in RF R&D experiments. Reference targets of canonical shape (passive) and electronic form (active) must be a core capability of the OR. The result will be a well understood target set, to be used in the development, calibration, evaluation, and demonstration of sensor technology. This capability allows experimenters to spend more of their project time on the measurement and not the understanding of the target. Where possible, these targets shall be operated and controlled from the OneRY Outdoor Range Control Room. Portable targets shall provide a trusted, robust, quick reaction ability to support remote location field testing. R&D efforts will seek (not limited

to) to support instantaneous bandwidths up to 1.0 GHz, calibrated reference targets, and integration to AFRL’s precision timing infrastructure.

3.4 Instrumentation Radar

Develop a flexible radar to be used in RF experiments. At least one monostatic radar that has arbitrary wideband waveform capability needs to be a core capability of the OR. This radar would be a full system (transmit, receive, track, and process) that shall have the necessary interfaces to allow experimenters to bring their own waveforms and back end processing. The instrumentation radar shall be controlled and operated from the OneRY Outdoor Range Control Room. The instrumentation radar shall have the capability to be used portably to provide a trusted, robust, quick reaction ability to support remote location field testing. R&D efforts will seek (not limited to) to support instantaneous bandwidths up to

1.0 GHz, calibrated receiver & transmitter, high duty cycle, and integration to AFRL’s precision timing infrastructure.

3.5 Multi-spectral Sensor Network

Develop a network to connect sensors, sensor subsystems, and sensor components. This network would provide the connectivity to enable distributed sensing experiments and allow for centralized control and observation of experiments to the OR control room. The OR towers and sites shall be connected with a network dedicated to sensors. A path to share real-time sensor data with other networks shall also be pursued.

3.6 Modeling and Simulation of Sensor and Subsystem Hardware

Develop and maintain models and digital simulations to participate in the design and analysis of new RF and multi-spectral system/subsystem concepts as they become available for evaluation or test. This includes upgrading and maintaining simulation tools such as Python, Matlab/Simulink, Pioneer RCS, and SABER to aid in the analysis of new concepts. The analysis of new concepts shall identify possible solutions for further investigation while enhancing the models and increasing their accuracy based on field test results. Potential topics for modeling and simulation include (but are not limited to) antenna systems, multi-spectral and/or RF detection techniques, tracking, signature analyses, distributed sensing, imaging, and scene generation.

3.7 Technical Feasibility of System and Subsystem Concepts

Plan and conduct analyses of new modeling and simulation techniques, measurement, tests, calibrations, evaluations, and demonstrations of active & passive RF and/or multi-spectral sensors.

Recommend to the Government system/subsystem design and development implementations based on these new techniques.

3.8 Design and Fabrication of Test Apparatus to Meet Unique Test Situations

Design, fabricate, and document special test equipment needed to meet unique, special, or quick-reaction test and data collections as new sensor systems and subsystems become available to test and evaluate. This special-purpose hardware includes (but is not limited to) electrical systems for the interface and control of the sensors and subsystems, control and test software, and unique sensor test apparatuses for testing components and systems such as multi-spectral & RF sources and antennas.

Ensure special test equipment complies with AFRL safety instructions, logistic guidelines, and regulations.

3.9 RF Testing at Remote Locations

Plan and conduct RF and multi-spectral testing activities remote from Wright Patterson AFB, as required.

These field tests may be at Eglin AFB (e.g.; Sensors Week) or other Government or contractor facilities.

Coordinate test schedules with the Government to avoid resource conflicts.

3.10 Site Surveys

Continuation of, or new R&D efforts may require alternative locations for testing and development of RF and MS systems. Site surveys shall be conducted by the contractor if deemed necessary or required by the Government. Site surveys can include (not limited to) RF spectrum environment measurements, structural assessments, and assessment of value gained to R&D.

3.11 Technology Management, Planning, Coordination and Scheduling

Accomplish program administration tasks necessary for program success. This includes security, project planning, information technology, reporting, etc.

3.11.1 Schedule, Cost, and Performance Control: Implement a disciplined cost control structure ensuring work is separately managed, segregated, and controlled for each task described above. This structure must aid in program, administrative, and financial management functions including establishing activities and milestones such as tracking performance, cost, and schedule; overseeing quality performance, planning, and forecasting; reporting funding and funding changes; and preparing appropriate documentation.

3.11.2 Systems Engineering: A disciplined systems engineering approach tailored to suit the nature of individual sensor technologies is required to provide an integrated R&D program as described above. Develop or modify measurement documentation that includes all aspects of set up, test planning, test procedures, testing, test logging, data measurements techniques, reporting and problem solutions. Develop or modify test system documentation strategies, practices, and configuration management controls.

4.0 Hardware/Software

If the contractor determines that existing, available AFRL/RY hardware/software is not adequate to complete essential assessments, then analyses shall be performed and provided with a list of suggested equipment (new or upgraded) to the Government for review. This shall include detailed descriptions and cost estimates. If these recommendations are approved by the Government, the contractor shall implement changes to satisfy and complete the assessments.

5.0 Period of Performance

The technical period of performance is 33 months, with a final reporting period of 3 months.

6.0 Deliverables

Data shall be delivered in accordance with the Contracts Data Requirements Lists (CDRLs) as attached to the basic contract. Any/all specific hardware/software to be developed/purchased under the task order shall be called out within the proposal and delivered at the end of the technical effort (to include source code and adequate documentation of software).

7.0 Reviews/Technical Interchange Meetings (TIMs)

The contractor shall schedule a kick off meeting within 30 days of contract award. Further, the contractor shall conduct program management reviews and TIMs, as required, during the course of analysis, development, and test activities. Agendas for all meetings shall be developed with the Government.

8.0 Security Clearance

The capability to handle classified material up to SECRET will be required, with the possibility of TOP SECRET//SCI.

Contractor personnel must maintain the capability to possess the required security clearance necessary for job performance at all times.

9.0 Operational Security (OPSEC)

General Operations Security (OPSEC) procedures, policies and awareness are required in an effort to reduce program vulnerability from successful adversary collection and exploitation of critical information. OPSEC will be applied throughout the lifecycle of the contract. The Critical Information List (CIL) will be provided upon request by the AFRL/RYOY Information Protection Office. While working on the government installation OPSEC will be provided by the AFRL/RYOY Information Protection Office.

10.0 Security

Contractors may be required to perform open/close of secure areas to include end-of-day security checks but, must not be appointed or scheduled these duties. End-of-Day security checks should only be performed on their primary work area and common areas to avoid the possibility of improprieties in a mixed environment. The contractor will require training on how to perform these duties IAW AF, DoD and local requirements. When required to perform after hours alarm response, the contractor will require access to security codes and combination locks.

11.0 Safety Plan

The contractor shall comply with all Air Force, federal, state, and local safety and environmental regulations.

The contractor shall develop and have an approved Safety Plan (AFI 91-202 AFRL Sup 1) before any experiment may be conducted outside of a laboratory environment. The contractor shall comply with safety requirements contained in MIL-STD 882E, Section 4, “General Requirements,” for any deliverable system or hardware. The contractor shall identify safety-critical components of those systems or hardware and software interfaces with those components. The contractor shall test and verify the safety-critical hardware and software for safety acceptance.

12.0 Base Support

Laboratory space/equipment (on a non-interference basis) and computer/network access in AFRL/RY for this contract shall be made available for the purpose of conducting this effort, if proposed. Research laboratories and ranges include Indoor Range, OR, Springfield Bi-Static Radar, Electronic Support Measures (ESM) and Communication Tower, Modeling Experimentation Sensor Analysis (MESA Grande) Laboratory, Distributed Sensing Research Range (DiSeRR), Plasma Laboratory, and associated mobile test resources. These ranges and laboratories will be operated and maintained by the Government.

Contractor employees requiring access to USAF bases, AFRL facilities, and/or access to U.S. Government Information Technology networks in connection with the work on this contract must be U.S. citizens.

Possession of a permanent resident card (“Green Card”) does not equate to U.S. citizenship. This requirement does not apply to foreign nationals approved by the U.S. Department of Defense or U.S. State Department under international personnel exchange agreements with foreign governments. Any waivers to this requirement must be granted in writing by the Contracting Officer prior to providing access. The above requirements are in addition to any other contract requirements related to obtaining a Common Access Card

(CAC).