CW radar signals and processors are discussed. The use of the periodic ambiguity function (PAF) to analyze the delay-Doppler performance of CW signals and their corresponding correlation receivers, is extended to include weight function effects. This work provides tools which can predict the delay-Doppler response of almost any phase-coded CW radar. Examples demonstrate that a combination of CW signals having perfect periodic autocorrelation, a matched reference signal with a large number of modulation periods and a smooth weight function, can create a delay-Doppler response with extremely low sidelobes, strongly resembling the response of a coherent pulse train.<>
Weight effects on the periodic ambiguity function
IEEE Transactions on Aerospace and Electronic Systems ; 31 , 1 ; 182-193
1995-01-01
3860167 byte
Article (Journal)
Electronic Resource
English
Weight Effects on the Periodic Ambiguity Function
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