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Fast discrete chirp Fourier transforms for radar signal detection systems using cluster computer implementations

C.A. Aceros-Moreno, D. Rodriguez
2005 48th Midwest Symposium on Circuits and Systems, 2005.  

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A useful processing tool for time-frequency signals known as the Discrete Chirp Fourier Transform (DCFT) and its implementation using cluster computers for application to RADAR signal analysis. A time-frequency signal is defined as a signal whose spectral distribution changes with time. Chirp signals, as time-frequency signals which are linearly frequency modulated, are widely used in many detection, estimation, and imaging RADAR applications. DCFT implementations for RADAR systems provide
more » ... tant information about the nature of radar signals and allow to determine certain spectral characteristics used in signal detection and estimation processes. Index Terms-Chirp Transform, MPI Cluster , Fast Transform .
doi:10.1109/mwscas.2005.1594284 fatcat:e6nzs5mzrfc2feadjymo4dlo64
Citation

C.A. Aceros-Moreno, D. Rodriguez. "Fast discrete chirp Fourier transforms for radar signal detection systems using cluster computer implementations." 48th Midwest Symposium on Circuits and Systems, 2005. (2005)