基于红外图像的打击效能评估研究

开发新型智能化、模块化自动枪塔系统对于保护国家领土主权具有重要意义。针对现有枪塔打击效能评估系统过于复杂且不具有良好实时性等问题，提出基于红外图像分析的近距离、远距离打击效能评估准则，并通过计算机编程重点对远距离打击效能评估准则进行了数字实验验证。远距离评估准则是通过建立各种因素影响下的数字化模型，结合各种因素计算目标人群丧失战斗能力的概率值，最后将概率值转化为相应的打击效能评估值。针对3人目标群体的数字实验表明:0人丧失战斗力、1人丧失战斗力、2人丧失战斗力情况下的打击效能评估值分别为24.8、20.3、4.6，符合远距离打击效能评估准则，对实现自动打击具有一定的理论指导意义和工程应用价值。

Attack effectiveness evaluation based on infrared image

The development of a noval intelligent and modular automatic gun tower system is of great significance to protect national territorial sovereignty. Aiming at the problem that the existing attack effectiveness evaluation systems of gun tower are too complicated and do not possess good real-time performance, the short-range and long-range attack effectiveness evaluation criteria based on infrared image is proposed. And the long-range attack effectiveness evaluation criteria is verified by digital experiments through computer programming. This criterion establishes a digital model based on the influence of various factors, combines them to calculate the probability value that the target groups are loss of combat capability, and finally converts the probability value into the corresponding attack effectiveness evaluation value. The digital experiments for the target group of three people show that, the combat effectiveness evaluation value are 24.8, 20.3, and 4.6 respectively under the loss of combat capability with 0, 1, and 2 person, which meet the long-range combat effectiveness evaluation criteria, and has theoretical research significance and engineering application value for realizing automatic strike.