Waveform design for deterministic binary targets

A method for optimal waveform-based test to solve the binary targets classification problem is proposed in this paper. The two targets responses are all assumed to be deterministic vectors, and Neyman-Pearson criteria-based optimal waveform design method is used to determine which of these two targets is in the illumination scene. By this method, we can make final decision by using designed waveform. Simulated results are presented not only on the comparison of the linear frequency modulation (LFM) signals with the designed waveforms, but also the performance by using optimal waveforms. Finally, the conclusions are drawn based on our analysis and simulations.