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随着光电技术的进步,光电双模复合寻的制导武器将在现代和未来战争中发挥出重要的作用,对地面重要目标的防护构成了严重的威胁。如何快速、高效和准确地判断出多个光电双模复合寻的制导武器的威胁等级,为地对空光电作战行动提供科学的决策支持,已经成为现代和未来反空袭作战面临的一个突出问题。论文探讨了反空袭作战背景下,基于多属性决策的光电双模复合寻的制导武器威胁等级的评定方法,建立了数学模型,实例表明该方法是可行、有效的。
With the progress of optoelectronic technology, the guided dual-mode composite guided weapons will play an important role in modern and future wars, posing a serious threat to the protection of important ground targets. How to quickly, efficiently and accurately judge the threat level of multiple guided dual-mode composite guided weapons and provide scientific decision-making support for the Earth-to-space optical warfare operations has become a prominent issue facing the modern and future anti-air warfare operations. The paper explores the evaluation method of the threat level of guided bionic weapons based on multiple attribute decision-making under the background of anti-air raid combat and establishes a mathematical model. The examples show that this method is feasible and effective.