基于人工智能的分布式仿真运维管理系统设计

Meng Yibo, Hong Dehua, Zhang Min, Li Ming, Chai Wujun, Li Bin
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引用次数: 0

摘要

运维系统是支持分布式仿真系统部署、运行和评估的重要平台。运行监控工具的作用是管理仿真节点、控制运行过程、反馈运行结果、评估运行效果。本文主要介绍运行管理系统的组成。通过对分布式仿真测试的研究,提出了基于虚拟仪器的分布式仿真测试管理平台。根据其功能需求,给出了相应的设计思路。阐述了系统的体系结构、模块组成和整体工作流程。分析了节点管理、辅助分析、指令管理和状态监控的工作机制、设计与实现。以多维多源异构故障数据为训练样本,实现设备运行状态的自动检测。将强化学习理论应用于设备故障诊断,实现测试数据的自动判断,从而建立设备的主动预警机制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of Distributed Simulation Operation and Maintenance Management System Based on Artificial Intelligence
Operation and maintenance system is an important platform to support the deployment, operation and evaluation of distributed simulation system. The operation monitoring tool is to manage the simulation node, control the operation process, feedback the operation results, and evaluate the operation effect. Then this paper mainly describes the composition of the operation management system. Through the research of distributed simulation test, a distributed simulation test management platform based on virtual instrument is proposed. The corresponding design ideas are given based on its functional requirements. The architecture, module composition and overall working process of the system are described. The working mechanism, design and implementation of node management, auxiliary analysis, instruction management and condition monitoring are analyzed. Multi-dimensional multi-source heterogeneous fault data are used as training samples to achieve automatic detection of equipment operating conditions. Reinforcement learning theory is applied to equipment fault diagnosis to achieve automatic judgment of test data, so as to establish the active early warning mechanism of equipment.
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