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精确制导武器智能仿真技术发展研究

田义 赖敬业 王丙乾 严天虚 洪泽华 唐成师 杨扬 柴娟芳

空天防御2025,Vol.8Issue(2):7-17,11.
空天防御2025,Vol.8Issue(2):7-17,11.

精确制导武器智能仿真技术发展研究

Research on the Development of Intelligent Simulation Technology for Precision-Guided Weapons

田义 1赖敬业 2王丙乾 2严天虚 2洪泽华 2唐成师 1杨扬 1柴娟芳1

作者信息

  • 1. 上海机电工程研究所,上海 201109||自动目标识别全国重点实验室(上海),上海 201109
  • 2. 上海机电工程研究所,上海 201109
  • 折叠

摘要

Abstract

Simulation technology provides theoretical methods,verification means,and test platforms for the design,analysis,validation,and evaluation of precision-guided weapons.It has also played a key role in the life cycle of precision-guided weapons.With the further research and application of intelligent technology in target recognition and anti-jamming,environmental perception,autonomous decision-making,and multi-agent coordination for precision-guided armaments,traditional simulation methods struggle to effectively validate and evaluate intelligent simulation objects in future complex combat situations.Integrating"intelligence"into the simulation of precision-guided weapons and researching innovative"intelligent"simulation methods is the trend in developing simulation technology for precision-guided weapons.This paper focused on the intelligent development of precision-guided weapons and requirements for intelligent simulation technology from two dimensions:"simulation for intelligent system"and"intelligence for simulation",were analysed.The status and challenges of intelligent simulation technology were reviewed.It proposed four key development directions for the future:adversarial intelligent game behaviour modelling,intelligent modelling of complex battle scenarios,simulation platform system and simulation environment construction,and the intelligence level and performance evaluation of precision-guided weapons.

关键词

精确制导武器/智能仿真/场景生成/智能评估

Key words

precision-guided weapons/intelligent simulation/scenario generation/intelligent assessment

分类

航空航天

引用本文复制引用

田义,赖敬业,王丙乾,严天虚,洪泽华,唐成师,杨扬,柴娟芳..精确制导武器智能仿真技术发展研究[J].空天防御,2025,8(2):7-17,11.

基金项目

国家部委项目 ()

空天防御

2096-4641

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