Programmable Automated Spectrum Management System (PASMS) Navy SBIR FY2011.3 Sol No.: Navy SBIR FY2011.3 Topic No.: N113-179 Topic Title: Programmable Automated Spectrum Management System (PASMS) Proposal No.: N113-179-0250 Firm: Systems & Processes Engineering Corporation (SPEC) 6800 Burleson Road Building 320 Austin, Texas 78744-2306 Contact: William Hallidy Phone: (512) 479-7732 Web Site: www.spec.com Abstract: Modern electronic warfare systems operate over very wide bandwidths of up to 40GHz. The goal of next generation wide band EW systems is to ensure 100% probability of intercept (POI) with high dynamic range in order to detect and classify signals of interest (SOI) in dense target environments while reducing size, weight, power (SWaP) and cost. To achieve this goal, an innovative wide band RF spectrum management architecture is needed to minimize interference. The proposed Programmable Automated Spectrum Management System (PASMS) provides Electronic Warfare (EW), Test & Evaluation and commercial customers with capabilities to quickly and cost effectively eliminate (digitally filter) undesired signals of interference from the operational environment. PASMS will allow systems like the AN/BLQ-10, AN/SLQ-32 and other EA/EP systems to ensure 100% POI, detection and classification in dense target environments while reducing SWaP and cost. This same technology can be directly applied to commercial test applications as well as eliminate co-channel interference for cell sites and other communications installations. Many elements of PASMS are leverage from SPECs existing commercial ADEP digital processing products to reduce risk and ensure success of the program. Benefits: The proposed effort has wide commercial application to RF signal processing functions in military and commercial radar and communication systems to minimize spectral interference. Military applications include the AN/BLQ-10, AN/SLQ-32, IED defeat systems, EA and EP radar and communication systems, Software Defined Radio (SDR), baseband communication channel selection, spectrum monitoring and surveillance. Commercial applications include telecommunications, TV, cellular phone networks, airborne and space systems, sensor signal processing, and SDR. Return