随着科技的迅猛发展,传统雷弹技术保障系统在贮存运输、人员要求、协调难度以及应对信息化作战需求等方面暴露出诸多问题。本研究提出一种基于智能仓储AGV技术的雷弹信息化技术保障系统,详细阐述其优势,包括商业化应用成熟、保障标准稳...随着科技的迅猛发展,传统雷弹技术保障系统在贮存运输、人员要求、协调难度以及应对信息化作战需求等方面暴露出诸多问题。本研究提出一种基于智能仓储AGV技术的雷弹信息化技术保障系统,详细阐述其优势,包括商业化应用成熟、保障标准稳定且安全等特点。深入分析该系统的构建,涵盖传统保障系统模型与基于AGV技术的新型保障系统模型对比。最后对未来发展方向进行展望,指出无人化保障将实现智能化升级、保障结构扁平化以及具备更高鲁棒性特质,为雷弹技术保障在信息化作战条件下的发展提供了重要的理论与实践参考。With the rapid advancement of technology, the traditional mine bomb technical guarantee system has manifested numerous issues in aspects such as storage and transportation, personnel requirements, coordination complexity, and the capacity to meet the demands of information warfare. This study proposes a mine bomb information technology guarantee system based on intelligent storage AGV technology, meticulously elaborating on its advantages, which include a mature commercial application, standardized and stable support, as well as enhanced safety. It conducts an in-depth exploration of the system’s construction, encompassing a comparison between the traditional guarantee system model and the novel model underpinned by AGV technology. Finally, it envisions the future development direction, highlighting that unmanned support will bring about intelligent enhancements, flattened guarantee architectures, and greater robustness, thus furnishing crucial theoretical and practical references for the evolution of mine and bomb technical support within the context of information warfare.展开更多
文摘随着科技的迅猛发展,传统雷弹技术保障系统在贮存运输、人员要求、协调难度以及应对信息化作战需求等方面暴露出诸多问题。本研究提出一种基于智能仓储AGV技术的雷弹信息化技术保障系统,详细阐述其优势,包括商业化应用成熟、保障标准稳定且安全等特点。深入分析该系统的构建,涵盖传统保障系统模型与基于AGV技术的新型保障系统模型对比。最后对未来发展方向进行展望,指出无人化保障将实现智能化升级、保障结构扁平化以及具备更高鲁棒性特质,为雷弹技术保障在信息化作战条件下的发展提供了重要的理论与实践参考。With the rapid advancement of technology, the traditional mine bomb technical guarantee system has manifested numerous issues in aspects such as storage and transportation, personnel requirements, coordination complexity, and the capacity to meet the demands of information warfare. This study proposes a mine bomb information technology guarantee system based on intelligent storage AGV technology, meticulously elaborating on its advantages, which include a mature commercial application, standardized and stable support, as well as enhanced safety. It conducts an in-depth exploration of the system’s construction, encompassing a comparison between the traditional guarantee system model and the novel model underpinned by AGV technology. Finally, it envisions the future development direction, highlighting that unmanned support will bring about intelligent enhancements, flattened guarantee architectures, and greater robustness, thus furnishing crucial theoretical and practical references for the evolution of mine and bomb technical support within the context of information warfare.
