人工智能与航空航天领域高端装备研发深度融合 的实施路径研究

Research on the Implementation Path for the Deep Integration of Artificial Intelligence with High-End Equipment R & D in the Aerospace Field

  • 摘要: 降低成本、提升可靠性,是保障安全、突破前沿、助推高质量发展的关键引擎。本文结合当下权威数据与C919大型客机 典型案例,系统剖析人工智能与航空航天领域高端装备研发的瓶颈问题,并针对性提出完善高质量数据集建设与治理体系、 推进人工智能领域算法适配与创新发展、强化人工智能领域核心基础软硬件自主可控水平的实施路径。研究旨在为航空航 天领域高端装备智能化转型提供理论依据与实践路径,促进人工智能与航空航天领域高端装备研发实现深度融合,助力我 国航空航天打造自主可控、高水平的智能研发体系。

     

    Abstract: artificial intelligence into key stages such as materials,testing,and design,it can significantly shorten development cycles,reduce costs,and improve reliability,serving as a key engine for safeguarding security,achieving cutting-edge breakthroughs,and promoting high-quality development.Based on current authoritative data and the typical case of the C919 large passenger aircraft, this paper systematically analyzes the bottleneck problems in the research and development of high-end equipment in the fields of artificial intelligence and aerospace. It also proposes targeted implementation paths,including improving the construction of high- quality data sets and governance systems,promoting the adaptation and innovative development of algorithms in the field of artificial intelligence,and enhancing the independent control level of core basic software and hardware in the field of artificial intelligence. The purpose of this research is to provide a theoretical foundation and practical methods for the intelligent transformation of high-end equipment in the aerospace field,promote the deep integration of artificial intelligence and the research and development of high- end equipment in the aerospace sector,and assist Chinaʹs aerospace industry in building an independent,controllable,and high-level intelligent research and development system.

     

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