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Details of the Signal Processing, Simulations and Results from the Norwegian Multistatic Radar DiMuRa

Details of the Signal Processing, Simulations and Results from the Norwegian Multistatic Radar DiMuRa

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The signal processing of the Norwegian Multistatic Radar DiMuRa has been presented. The radar uses binary phase coding with a class of binary phase codes with optimal autocorrelation properties. These codes are used to find the range to the target through a correlation process. These codes cannot be used to directly extract the target's velocity. This can, however, be accomplished through a Fourier transform of all the range correlation vectors for each range distance. Results from signal simulation and from a radar trial have been presented in detail.

Inspec keywords: target tracking; radar signal processing; Fourier transforms; binary codes

Other keywords: signal simulation; binary phase codes; Norwegian multistatic radar DiMuRa; binary phase coding; signal processing; target range correlation vectors; optimal autocorrelation properties; Fourier transform; target velocity extraction

Subjects: Integral transforms; Signal processing and detection; Codes

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