BEAMFORMING OF ULTRA-WIDEBAND PULSES BY A COMPLEX-VALUED SPATIO-TEMPORAL MULTILAYER NEURAL NETWORK
Abstract
We present a neuro-beamformer of ultra-wideband (UWB) pulses employing complex-valued spatio-temporal multilayer neural network, where complex-valued backpropagation through time (CV-BPTT) is used as a learning algorithm. The system performance is evaluated with a UWB monocycle pulse. Simulation results in suppressing multiple UWB interferers and in steering to multiple desired UWB pulses, demonstrates the applicability of the proposed system.
Some parts of this paper have been presented in WPMC2004 and ICONIP2004.