The kai feng destroyer is belonging to the north china sea fleet , the 109 ship is the tenth ship in the group of type 051 ship . in order to strengthen the battle force , the new type radar and a 8 - tube rattle snake air defense missile launching pad have been equipped on the rear deck “开封”号导弹驱逐舰配属北海舰队， 109舰是051型导弹驱逐舰系列中的第十艘，该舰为了提高战斗能力，在舰的尾部装配了新型的火控雷达和一座8联装“响尾蛇”防空导弹发射架，从而提高了防空能力。
Synthetic aperture imaging processing and ground slowly moving target detection technology are the key points to improve the performance of the air to surface operation mode for airborne radar . the higher is the requirements for the performance of air to surface mode , the deeper study in the field is needed . this is the main purpose to this dissertation 合成孔径成像和地面慢速运动目标检测技术是提高机载雷达空地性能的两个主要方面，随着机载火控雷达对空地性能要求的越来越高，必须在这一领域开展更为细致、更为深入的研究，这是本文选择机载合成孔径成像和动目标检测技术作为主要研究内容的原因。
The main contribution of this paper is that it offers the software to analyze the detection performance and the combat efficiency of radar system taking advantage of visual c + + 6 . 0 . the software has very well graphics visualize output interfaces . the software can be used to expediently compare the detection performance of radar in existence , calculate and compare the max range and the detection precision of different radar under varying complex environment , calculate the radar detection probability and the radar false alarm probability . some new analyzing module can be added in this software easily 论文的主要贡献是利用visualc + +设计了“机载火控雷达性能分析与效能评估软件” ，该软件具有良好的人机交互性和图形化形象化的输出界面，可以方便的分析对比现有国内外机载雷达系统的检测性能，对比不同雷达系统在各种复杂环境下的最大发现距离，计算不同雷达系统在各种复杂环境下的测量精度，以及计算雷达的检测概率和虚警概率等参数，并且可以方便地添加新的分析模块，进一步增加软件的功能。
