Abstract
The aim of this paper is to achieve the radio frequency stealth (RFS) during the course of tracking by controlling the radiation energy and the interval of a radar. Firstly, we build the model of probability of interception with the once radiation during the course of tracking. Secondly, we establish the model of the cumulative probability of interception to describe the effect of RFS throughout the tracking process and obtain two solutions that are minimizing the probability of interception and the radiation times to reduce the cumulative probability of interception. Thirdly, we propose a self-adapting radiation energy control method (SARE) to minimize the probability of interception. Fourthly, we propose a self-adapting radiation interval control method (SARI) to minimize radiation times. Fifthly, combining SARE with SARI, we propose a SARE-SARI control method (SAEI) during the course of tracking. Finally, we compare SAEI with two others by simulation, and the results show the effect of RFS of SAEI is better than the other two, but we have to make a trade-off between the ability of RFS and the effect of tracking.
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