Object Detection via Ultra Wideband Pulsed RADAR
When conductive objects enter the near field of ultra-wide band (UWB) pulsed microwaves, distortions occur in the pulse spectra received by the dipole antenna. Utilizing the information lying within the attenuations of the pulse-width lobes of the UWB spectra, the presence and shape of the object can be inferred. Through the quantification and digitization of these signals, we are engineering a state-of-the-art detection system that aims to be cheaper and much lower power than traditional RADARs.