摘要
随着我国空中交通管制事业的迅猛发展,新一代二次雷达系统正逐步投入使用,为节约生产二次雷达系统过程中的巨大成本,研制出一套二次雷达仿真软件,设计一种A/C模式二次雷达仿真方案。该论文对A/C模式二次雷达工作原理和工作场景进行研究,根据原理分析该模式雷达仿真功能,介绍了二次雷达探测的影响因素、仿真用途及仿真功能需求。根据功能需求对A/C模式二次雷达仿真软件总体设计方案进行了研究,搭建仿真软件构架、进行界面设计,根据原理划分功能模块,并按照工作流程原理设计调用关系。同时,进行了A/C模式二次雷达仿真软件设计,详细介绍了各模块的设计思想、工作流程、工作原理及算法。最后进行仿真软件场景测试应用,设置了2组仿真参数并进行测试,测试结果显示仿真软件可以使用。该软件的设计能够为空管A/C模式二次雷达研究提供支撑。
With the rapid development of air traffic control(ATC) in our country, a new generation secondary radar system is gradually put into use. In order to save the huge cost in the process of producing secondary radar system, a set of secondary radar simulation software is developed, and a secondary radar simulation scheme based on A/C mode is designed. This paper studies the working principle and working scene of the secondary radar of A/C mode, analyzes the radar simulation function of the mode according to the principle, and introduces the influencing factors, simulation purposes and simulation function requirements of the secondary radar detection. According to the functional requirements, the overall design scheme of A/C mode secondary radar simulation software is studied, the simulation software framework is built, the interface is designed, the functional modules are divided according to the principle, and the calling relationship is designed according to the workflow principle. At the same time, the simulation software of secondary radar in A/C mode is designed,and the design idea, work flow, working principle and algorithm of each module are introduced in detail. Finally, the scene test application of the simulation software is carried out, and two groups of simulation parameters are set and tested. The test results show that the simulation software can be used. The design of the software can provide support for the research of ATC A/C mode secondary radar.
作者
朱永杰
崔向阳
雷张华
ZHU Yongjie;CUI Xiangyang;LEI Zhanghua
出处
《科技创新与应用》
2023年第1期47-50,共4页
Technology Innovation and Application
关键词
空管
A/C模式二次雷达
设计
仿真
结果分析
air traffic control(ATC)
A/C mode secondary radar
design
simulation
analysis of results
