Research and Implementation of Emitter Threat Assessment Based on Distributed Simulation

Xiaojuan Feng, X. Liang
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Abstract

Abstract The threat degree of radiation source detected by fighter in penetration operation is the main reference for fighter to make the next operation plan. The research objective of this project is to evaluate the threat of radiation sources detected by aircraft, based on distributed interactive simulation technology, the system modeling of aircraft flight detection data and ground radar detection warning in distributed system is realized by building a variety of simulation modules such as ground radar model, aircraft radar model, coordinate transformation model and threat level evaluation model, the simulation environment system of airborne emitter warning is completed. In this experimental environment, through simulation, the real-time calculation of the threat factor of the aircraft radiation source can be carried out, and then the dynamic threat assessment of the radiation source target can be realized.
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基于分布式仿真的辐射源威胁评估研究与实现
摘要战斗机突防作战中探测到的辐射源威胁程度是战斗机制定下一步作战计划的主要依据。本课题的研究目标是对飞机探测到的辐射源威胁进行评估,基于分布式交互仿真技术,通过构建地面雷达模型、飞机雷达模型、坐标变换模型、威胁等级评估模型等多种仿真模块,实现了飞机飞行探测数据和地面雷达探测预警在分布式系统中的系统建模;完成了机载辐射源预警仿真环境系统。在该实验环境下,通过仿真,可以实时计算飞机辐射源的威胁因子,进而实现对辐射源目标的动态威胁评估。
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