摘要
The primary goal of this work is to characterize the impact of weighting selection strategy and multistatic geometry on the multistatic radar performance.With the relationship between the multistatic ambiguity function(AF) and the multistatic Cramér-Rao lower bound(CRLB),the problem of calculating the multistatic AF and the multistatic CRLB as a performance metric for multistatic radar system is studied.Exactly,based on the proper selection of the system parameters,the multistatic radar performance can be significantly improved.The simulation results illustrate that the multistatic AF and the multistatic CRLB can serve as guidelines for future multistatic fusion rule development and multistatic radars deployment.
The primary goal of this work is to characterize the impact of weighting selection strategy and multistatic geometry on the multistatic radar performance. With the relationship between the multistatic ambiguity function （AF） and the multistatie Cram6r-Rao lower bound （CRLB）, the problem of calculating the multistatic AF and the multistatic CRLB as a performance metric for multistatic radar system is studied. Exactly, based on the proper selection of the system parameters, the multistatic radar performance can be significantly improved. The simulation results illustrate that the multistatic AF and the multistatic CRLB can serve as guidelines for future multistatic fusion rule development and multistatic radars deployment.
基金
Project(61271441)supported by the National Natural Science Foundation of China
Project(NCET-10-0895)supported by the Program for New Century Excellent Talents in Universities of China
