Date of Award
Master of Science in Electrical Engineering
Department of Electrical and Computer Engineering
Peter J. Collins, PhD
Radar Cross Section (RCS) imaging of a non-wide sense stationary signal poses significant problems in identifying scattering centers in the post processed radar- generated image. A non-wide sense stationary RCS is typically encountered when moving parts on the target impress a phase shift into the backscatter signal that is uncorrelated to the previous return pulse. When the Fourier transform of the phase shifted complex signal is taken, range and cross range information on scattering centers are misplaced. Time Frequency Representations (TFR) must be used to help locate these scattering centers so they can be properly treated to reduce the target’s RCS and increase its survivability. This thesis analyzes and compares various TFRs on non-wide sense stationary signals in hope of providing test centers with better methods for locating scattering centers under time variant conditions.
DTIC Accession Number
McShane, John D., "Application of Time-Frequency Representation to Non-Stationary Radar Cross Section" (2009). Theses and Dissertations. 2485.