The Detection Performance Analysis of Network Radar on Rician Targets of Pulse-to-pulse Fluctuation

The detection performance of the four different kinds of network radar models on Rician model of pulse-to-pulse fluctuation is analyzed when the total power of single pulse of the transmitters is definite. The simulated and analyzed results show that Rician targets of pulse-to-pulse fluctuation can be divided to three kinds which have different detection performance. In the network radar, the detection performance of Class-Swerling II targets is like Swerling II, and the detection performance of standard Rician targets of pulse-to-pulse fluctuation is different from Swerling II targets, and the detection performance of mixed Rician targets of pulse-to-pulse fluctuation is like Swerling II targets except that it is like Standard Rician targets for MIMO model. The results are useful to design the network radar system.