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    基于平行系统和机器学习的作战试验鉴定框架设计

    Operational Test and Evaluation Framework Based on Parallel Systemand Machine Learning

    • 摘要: 针对作战试验中试验与鉴定两个过程独立进行而造成的效率低、周期长的问题, 提出了一体化作战试验框架, 设计了基于平行系统的试验流程和基于机器学习的体系结构, 旨在通过试验与鉴定一体化的智能融合, 以实现从战场传感器的信息输入到指挥控制中心评估的可视化显示的无缝连接, 最终提高作战试验鉴定的效能, 初步探索智能技术在作战试验中的应用, 为组织开展作战试验智能化建设提供了思路和建议.

       

      Abstract: Aiming at the low efficiency and long period caused by the independent test and evaluation processes in the operational test and evaluation(OT&E), an integrated OT&E framework is proposed, and the test process based on parallel system and the architecture based on machine learning are designed. The purpose is to realize seamless connection from the information input of battlefield sensors to the visual display for evaluation of the command center through the intelligent integration of test and appraisal, finally the efficiency of OT&E can be improved, the application of intelligent technology in the battle test is preliminarily explored to, provide thinkings and suggestions for carrying out the intelligent construction of OT&E.

       

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