Radio Frequency Mitigation Technologies for Missile Defense Electronics

"Goals: Demonstrate robust protection of communications hardware and integrity of data transmitted through Ethernet cable or wireless LAN from Manmade and natural electromagnetic damage and interferences by employing tghe use of Fractal Protection Device(FPD) and Fractal Spread Spectrum (FSS) technologies. Characterize the overall FPD and FSS performance parameters. Develop FSS and FPD designs traceable to miniaturized hybrid circuits and eventually monolithic circuits.Approach: employ a unique Fractal Protection Device (FPD) with matched Fractal Spread spectrum (FSS) signals that prove to be the most effective means for the maintenance and protection of the integrity of transmitted data. Apply the concept of FSSsignals (also known as complez or noise-like signals) in conjunction with the FPD to demonstrate a robust broadband communication system. Perform an overall string test from the source computer to the receive computer using an RF LAN link as thecommunications channel. Test data packet transfer performances in clear and jammed or noisy environments with and without FPD/FSS system. Choose the most robust FPDs and FSS signals traceable to specialized and miniaturized military commercial circuits.Characterize undesired signal rejection levels for damage threshold and anti-jam projections."