| 摘要: |
| 通过全面梳理国内外面向军事应用的航空装备智能化发展现状，紧密围绕未来智能化空中作战的任务场景，给出航空军用人工智能技术的概念和内涵，并依据智能系统信息运行模型，提出不同运行层级的航空装备智能升级的途径和方法。在此基础上，形成包含基础使能、关键技术群、智能系统、运行层级的航空人工智能技术架构，对关键技术群按面向运行层级、面向功能需求、面向基础使能进行分析，得到重点技术发展方向，并给出提升我国航空装备智能化水平的具体措施建议，为制定相关航空人工智能技术规划提供参考。 |
| 关键词: 航空军事应用 人工智能 技术架构 |
| DOI： |
|
| 基金项目:航空科学基金（2018ZG18010） |
|
| Technical Architecture of Aviation Artificial Intelligence for Military Application |
| LEI Hong-jie,YAO Cheng-kang |
| (AVIC Xi'an Flight Automatic Control Research Institute, Xi'an 710076, China) |
| Abstract: |
| Based on a comprehensive review of the current situation of intelligent development of aviation equipment for military applications at home and abroad, and around the mission scenarios of intelligent air combat in the future, the concept and connotation of military aviation artificial intelligence technology are given. According to the information operation model of artificial intelligence system, the ways and methods of intelligent upgrading of aviation equipment at different operational levels are proposed. On this basis, an AI technology architecture including basic enabled platform, key technology groups, intelligent systems and operative level is formed. Besides, the key technology group is analyzed according to the operational level, function demanding and basic enabling, and the key technology development direction is obtained. Finally, suggestions are given to improve the intelligence level of China's aviation equipment. It can be used as an important reference for developing the military aviation AI technology strategic plan in China. |
| Key words: Aviation military application Artificial intelligence Technological architecture |
