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针对航空弹药贮运过程中,人工进行弹药的选取与倒换耗时较多、弹药库智能化水平较低等问题,提出了利用情景感知计算技术来对航母弹药库进行改进。在详细介绍情景感知计算理论的基础上,分析了情景感知计算技术用于改进航母弹药库的可行性,提出了航母弹药库情景感知系统结构与航母情景本体模型,为实际开发航母弹药库情景感知系统提供了理论参考。同时,对航母弹药贮存情景感知系统的处理流程、应用中存在的问题及需要攻克的关键技术进行了细致探讨。
In the process of storage and transportation of aviation ammunition, artificial selection and switching of ammunition takes a lot of time and the ammunition depot has a low level of intelligence. A scenario-aware computing technology is proposed to improve the ammunition depot. Based on the detailed introduction of the theory of situational awareness, this paper analyzes the feasibility of using situational awareness technology to improve the ammunition depot of aircraft carrier, and proposes the architecture of carrier awareness system of carrier ammunition and the aircraft carrier ontology model. The system provides a theoretical reference. At the same time, the handling process of the ammunition storage scenario awareness system, the problems in application and the key technologies needed to be overcome are discussed in detail.