Multi-Function Cognitive Radio Architecture (MF-CRA): SDR with Information Dominance Capabilities Navy SBIR FY2012.2 Sol No.: Navy SBIR FY2012.2 Topic No.: N122-150 Topic Title: Multi-Function Cognitive Radio Architecture (MF-CRA): SDR with Information Dominance Capabilities Proposal No.: N122-150-0399 Firm: Vu Tech Corp 12234 Boulder View Dr. Poway, California 92064-5339 Contact: Bo Ryu Phone: (858) 805-5608 Abstract: We propose to develop, implement and demonstrate Multi-Function Cognitive Radio Architecture (MF-CRA), a novel software-defined cognitive radio architecture that simultaneously achieves robust tactical wireless networking and information dominance capabilities for dismounted and special forces personnel. By information dominance we mean the ability for radios to sense, detect, characterize, and neutralize adverse actions (e.g., RF jamming, network intrusions, and communication protocol-aware attacks) caused by hostile entities in addition to their original communication responsibility. The proposed solution is founded on a unique integration of multi-function capable RF front-end designs, signal processing hardware engine based on a mix of FPGAs and DSPs, and cognitive algorithms with extensive signal classification capabilities for native information dominance capabilities. Benefits: Anticipated Benefit: future dismounted soldiers and supporting nodes (e.g., HUMVEES or sensors) that are equipped with handheld radios can not only provide robust communications among themselves but also detect the signals emitted by enemy units (signals of intelligence or SIGINT) and precisely locate their positions (geo-locating) without assistance from special SIGINT equipment or support. These new Information Dominance capabilities will allow us to quickly neutralize the enemy at greatly reduced operational costs, thus minimizing our potential losses. Potential Commercial Applications: SDR technology is rapidly being adopted by the military as well as civilian first responders and law enforcement personnel engaged in surveillance using ground and aerial sensors. In the near future all users of radio equipment, industry wide will demand adaptable, re-configurable, software defined radios. Naturally, a growing interest in first responders communications radio market will play the role of catalyst as our systems become mature for low-cost manufacturing. Considering the expanding market space for secure and robust communications among coalition-like law enforcement personnel and responders from different cities and agencies, we believe the proposed technology will create a significant impact on how we utilize dynamic, adaptive, and secure communications systems in a cost effective manner. Return