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支持动态分析的实验环境对于提高大规模分布式的安全性具有重要作用。在分析大规模分布式系统脆弱性分析对实验环境需求的基础上,提出了一种针对大规模分布式系统脆弱性分析的仿真实验环境体系结构,描述了体系结构的实现方法,以及网络拓扑生成与映射、虚实结合的网络仿真等关键技术。并通过实验和示例分析说明实验环境能够有效降低大规模分布式系统脆弱性分析的复杂性,并验证分析结果的准确性。
The experimental environment that supports dynamic analysis plays an important role in improving the security of large-scale distributed systems. Based on the analysis of the requirements of experimental environment for the analysis of large-scale distributed system vulnerability, this paper proposes a simulation environment system for analyzing the vulnerability of large-scale distributed systems, and describes the implementation of the architecture and the generation of network topology And mapping, the actual situation of the network simulation and other key technologies. Experimental and example analysis shows that the experimental environment can effectively reduce the complexity of large-scale distributed system vulnerability analysis and verify the accuracy of the analysis results.