Analysis of maritime unmanned combat cluster employment in the context of anti-intervention/area denial

Jiangshan Liu, P. Pen
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Abstract

With the new operational styles such as mosaic warfare and multi-domain warfare of the US military moving from concept to application, the winning elements and operational modes of future maritime operations have been profoundly changed. Firstly, the military capabilities of the US military to break through anti-access/area denial are analyzed, and then the characteristics and effects of the implementation of multi-domain warfare under the mosaic warfare concept in breaking through anti-access/area denial are extracted from the military capabilities, operational styles, and practical applications. On this basis, countermeasure suggestions are proposed to deal with the implementation of multi-domain warfare under the mosaic warfare concept. The practical significance of building unmanned maritime combat clusters is explained from the perspective of military needs, and the force design, equipment development, and combat style of unmanned maritime combat clusters are described in detail. A typical combat scenario is used to show the combat process of unmanned maritime combat clusters. Finally, the key problem model of intelligent command and control decision of maritime unmanned cluster is established for this typical combat scenario, and the corresponding algorithmic framework is constructed for the input and output of the typical combat scenario, which provides research ideas for further empirical research.
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反干涉/区域拒止背景下海上无人作战集群部署分析
随着美军马赛克战、多域战等新型作战方式从概念走向应用,未来海上作战的制胜要素和作战方式发生深刻变化。首先分析了美军突破反介入/区域拒止的军事能力,然后从军事能力、作战风格和实际应用等方面,提取了马赛克战争理念下实施多域战突破反介入/区域拒止的特点和效果。在此基础上,提出了应对马赛克作战理念下多域作战实施的对策建议。从军事需求的角度阐述了建设海上无人作战集群的现实意义,详细阐述了海上无人作战集群的力量设计、装备研制、作战风格等。通过典型作战场景,展示了海上无人作战集群的作战过程。最后,针对该典型作战场景建立了海上无人集群智能指挥控制决策关键问题模型,并针对典型作战场景的输入和输出构建了相应的算法框架,为进一步的实证研究提供了研究思路。
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