A smart signal jammer is disclosed that receives a description of an unwanted signal or signals to be jammed, and transmits one or more jamming signals in one or more temporal transmission patterns of pulses that jam the unwanted signal or signals. This is in contrast to basic jammers in the prior art, which typically receive a description of a signal or signals to be transmitted. A smart jammer according to the present invention can improve the efficiency with which available transmitters are used to transmit jamming pulses, thus reducing the number of needed transmitters, compared to a prior-art jammer. A smart jammer according to the present invention comprises a jamming signal calculator that calculates the parameters of the jamming signals to be transmitted. The calculations are based on inequalities that are satisfied by an efficient jamming signal.
Syracuse University 2001 - 2003
Masters, Master of Science In Electrical Engineering, Electrical Engineering
Syracuse University 1997 - 2001
Bachelors, Bachelor of Science In Electrical Engineering, Electrical Engineering
Skills:
Systems Engineering Rf Radar Electronics Electronic Warfare Engineering Management System Architecture Systems Design Simulations Telelogic Doors System Design Sensors Microwave Program Management Requirements Management Earned Value Management Aerospace Embedded Software Digital Signal Processors Hardware Architecture Dod Test Equipment Signal Processing Configuration Management Embedded Systems Trade Studies Fpga Rational Doors