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Space- Time Illumination Function Design for Multistatic Sar

Space- Time Illumination Function Design for Multistatic Sar


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About the Book

This document details the design of space-time illumination functions for a multistatic SAR. A space-time transmit function can be broken down into several smaller parts such as monostatic range transmit signal design, monostatic doppler transmit signal design, linear antenna array design, planar array antenna design, and multistatic range transmit signal design. Past research in the area of monostatic range transmit signal design has found transmit codes such as P3, P4, Frank, LFM, binary Barker codes, and polyphase Barker codes. The research in this document minimizes a new optimization metric referred to as marginal Fisher information. This design criteria is different than is used in previous transmit code design. Typically peak side level of the autocorrelation function is minimized. The result of this research is approximately 300 transmit codes of constellation sizes varying from 4 PSK to 128 PSK that are as good or better in terms of target profile estimation error than any monostatic transmit code currently available. Antenna arrays make up another component of space-time illumination function design for multistatic SAR. Previous research tends to minimize peak side lobe level of the beam pattern or minimize the redundancy of the coarray. The coarray is simply the autocorrelation of the antenna array locations. This document introduces a new optimization criteria referred to as marginal Fisher information (MFI). This criteria is used to design linear and planar arrays that are as good as and many times better in terms of MFI and sometimes PSL (which is design criteria preferred in previous research) than linear and planar arrays found through mathematical optimization techniques and through the use of genetic algorithms (GA). A multistatic range radar has I transmit antennas and J receive antennas placed at some arbitrary position in space. Space - time illumination function design for multistatic range radar has two parts. The first is to find the position of the array elements. The second is to find the transmit signals for each of the I antennas. Previous research suggests using I mutually orthogonal transmit codes. The space - time illumination function design method given in this document will be shown to have better performance in terms of target profile estimation error than using I mutually orthogonal transmit codes. Space-time transmit function design for multistatic SAR brings together range transmit signal design, doppler transmit signal design, and two -- dimensional planar antenna array design. Currently a transmit function design technique does not exist for multistatic SAR. The results reported in this document will be shown to be better in terms of target estimation error that conventional multistatic SAR space - time illumination function designs.


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Product Details
  • ISBN-13: 9781243628084
  • Publisher: Proquest, Umi Dissertation Publishing
  • Publisher Imprint: Proquest, Umi Dissertation Publishing
  • Height: 254 mm
  • Weight: 535 gr
  • ISBN-10: 1243628081
  • Publisher Date: 01 Sep 2011
  • Binding: Paperback
  • Spine Width: 18 mm
  • Width: 203 mm


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