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Mission Simulation-Based Fighter Anti-ship Effectiveness Evaluation on Stealth Capability

机译：基于任务模拟的战斗机反舰效能隐身能力评估

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摘要

In order to meet requirement of indexes demonstration at fighter design's early stage, a mission simulation-based fighter anti-ship effectiveness evaluation method on stealth capability is researched. Evaluation indexes for the mission which can be divided into parameter indexes and mission indexes are proposed. The architecture of the simulation system which includes database, computation module, and graphic user interface (GUI) module is introduced. Deploy and setting of mission objects which include different RCS of red fighter is described. The mission scenario of the red fighters, blue fighters, and blue ships as the mission objects is set for the mission simulation. Mission logic for three kinds of mission objects is proposed. Simplified algorithm of damage judging is integrated. Shown from the process and results of the simulation, the improvement of stealth capability can effectively improve fighter anti-ship mission effectiveness but its influence is quite complex. The reasonable tactics can make better use of the advantage of the fighter's stealth capability.
机译：为了满足战斗机设计初期的指标论证要求，研究了基于任务仿真的战斗机反舰效能隐身能力评估方法。提出了任务评估指标，可分为参数指标和任务指标。介绍了包含数据库，计算模块和图形用户界面（GUI）模块的仿真系统的体系结构。描述了包括红色战斗机的不同RCS在内的任务对象的部署和设置。为任务模拟设置了红色战斗机，蓝色战斗机和蓝色飞船作为任务对象的任务方案。提出了三种任务对象的任务逻辑。集成了简化的损伤判断算法。从仿真过程和仿真结果可以看出，隐身能力的提高可以有效提高战斗机的反舰任务效能，但其影响相当复杂。合理的战术可以更好地利用战斗机隐身能力的优势。

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