具体程序提高了在可变几何冲突背景下决策过程的效率

C. Popa
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引用次数: 0

摘要

在当前多维作战环境冲突的背景下,行动/操作的永久性几何变化所特有的风险和威胁是极其多样化的,并且会发生永久性的突变。这种情况必然要求指挥和控制系统结构必须能够迅速适应冲突具体分析领域,即PMESII(政治、军事、经济、社会、信息和基础设施)中频繁的局势变化所带来的要求。与人工智能的结构和功能实施同时进行的决策过程的数字化和算法化是当前简化决策过程的方式,通过指数级提高指挥和控制系统在数据和信息处理、解释、C2模块和作战部队的结构和功能组织能力,控制和评估行动/作战执行的能力等。决策过程的算法和数字化与经验、基于知识的直觉和才能/艺术(具体到人为因素)相结合,不可避免地导致做出适当的决策,旨在快速整合到运营计划和订单中
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SPECIFIC PROCEDURES TO INCREASE EFFICIENCY OF THE DECISION-MAKING PROCESS IN THE CONTEXT OF THE VARIABLE GEOMETRY CONFLICT
The risks and threats specific to the permanent geometry change of an action/operation in the context of the current multidimensional operational environment conflict are extremely diversified and undergo permanent mutations. This situation implicitly requires that the command-and-control systems architecture must allow rapid adaptation to the requirements imposed by the frequent situation changes, in the conflict specific analysis domains, namely PMESII (political, military, economic, social, information and infrastructure). The digitization and algorithmizing of the decision-making process carried out simultaneously with the structural and functional implementation of artificial intelligence is the current way of streamlining the decision-making process by exponentially increasing the capabilities of the command and control systems regarding the volume and speed of data and information processing, the interpretation, of the capabilities of structural and functional organization of both the C2 modules and the operating force,  of the capabilities to control and evaluate the execution of the action/operation, etc. Algorithmizing and the digitization of the decision-making process combined with the experience, knowledge based intuition and talent/art (specific to the human factor) inevitably leads to making adequate decision aiming to be quickly integrated into operational plans and orders  
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