| To defense the ballistic missile, the major military powers have started the research on anti-missile early warning system since 1960 s. Anti-missile early warning radar system, as an important part of anti-missile system, is the key to the success of the anti-missile tasks. The comprehensive effectiveness evaluation of anti-missile early warning radar system is helpful to improve the understanding of the capability of the radar system, is helpful to grasp the problems and defects of the radar system, and offers reference for the construction and research of the radars. Therefore, the comprehensive effectiveness evaluation of anti-missile early warning radar system is necessary.At present, there are a lot of research results in the effectiveness evaluation of single early warning equipment, but the comprehensive effectiveness evaluation methods of the anti-missile early warning radar systems are not enough. Based on this situation, the comprehensive effectiveness of anti-missile early warning radar system is evaluated in this paper. Long-range early warning radar and land-based/sea-based multifunction radar is the key equipment of anti-missile early warning radar system, How to deploy these radars is also a concernful subject, a radar deployment optimization method based on the optimal effectiveness is proposed in this paper.This paper is research on the anti-missile early warning radar system effectiveness evaluation and optimization of radar deployment, the main work of this paper is as follows:1. The effectiveness evaluation indexes of the anti-missile early warning radar system are analyzed, The measures of performance and measures of effectiveness of the anti-missile early warning radar system are discussed, the life cycle tracking ratio, the time of fire control information support, the interception window are introduced;2. A preliminary selection on the anti-missile early warning radar system effectiveness evaluation indexes is made, through the qualitative analysis, the evaluation indexes of the anti-missile early warning radar system are selected from the numerous evaluation indicators, and lay the foundation for the establishment of the index system;3. A heuristic index reduction algorithm based on grey relational analysis theory is proposed, Aiming at the problem of information overlap between indexes, and the algorithm is used to reduce the effectiveness evaluation index system of anti-missile early warning radar system. the simulation results show that the reduction of the index set reduces the redundant information of the original index set, makes the index system more simple and effective;4. The calculation method of anti-missile early warning radar system is studied, and the fuzzy hierarchy comprehensive evaluation method is used to calculate the effectiveness of anti-missile early warning radar system, the comprehensive effectiveness evaluation of the anti-missile early warning radar system is completed;5. An anti-missile early warning radar deployment optimization method based on the optimal operational effectiveness is proposed, Anti-missile early warning radar optimization deployment is not suitable for the single criterion, this paper puts forward a deployment optimization method based on the optimal operational effectiveness, and the anti-missile early warning radar deployment optimization software development on the Linux platform is completed. |
