Abstract
The performance analysis of the sidelobe blanking (SLB) system with noncoherent integration in the presence of jammer entering through sidelobes of the radar antenna is considered. The closed-form performance probabilities both in the blanking and detection regions are derived for independent but not necessary identically distributed Weibull fluctuating target and/or jammer, which are useful for configuration parameter settings of the SLB system. Finally, several numerical results of the SLB system with typical parameters are obtained and discussed.
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