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This article introduces the role of artificial intelligence technology in advancing the intlelligence of precision Guided weapons, outlines the current status of intelligence in it’s detection and recognizing, guidance and control. It discusses the problems faced during the intelligentization process, such as the construction of large samples, transferring simulation performance to real-world capabilities, issues with interptetability and reliability, and the assessment of intelligent weapon performance. Targeted solutions are pesented, including hardware-in-the-loop simulation training, transfer learning, combining human intuition with rationality, and reconstructiong evaluation methods. Three impacts of intelligent precision guided weapons on equipment development and operational use were proposed: increasing importance of simulation technology, significant changed in training patterns, and existing conmbat modes will be overturned.

This paper discusses the intelligent classification and characteristics of missile weaponry, and defines the concept and connotation of intelligent missile. Based on the principle of algorithm design and the development characteristics of missile weaponry, the intelligent level of missile is divided into four levels, that are the initial level, the medium level, the high level and the super level, and the internal meaning of each level is expounded. This paper focuses on the intelligent characteristics of missile weaponry, and describes the capability performance of four levels of intelligent missiles, also discusses the key development technologies of intelligent missile, and introduces the research focus of various key technologies at the current stage based on the current technical status.