一种基于Cloud-P2P计算架构的大规模病毒报告分析机制

Large-Scale Virus Report Analysis Mechanism Based on the Cloud-P2P Architecture

通过引入新型的云计算与对等计算融合模型Cloud-P2P,提出基于Cloud-P2P计算架构的大规模病毒报告分析机制.该机制充分利用海量终端的计算能力,将针对大规模病毒报告的分析任务进行有效分割,并通过移动Agent有序部署到服务器端和终端节点上执行,从而有效降低服务器端的负载,提高系统的处理效率.详细阐述了Cloud-P2P融合计算模型、基于移动Agent的任务部署与执行点选择机制以及基于Cloud-P2P计算架构的大规模病毒报告分析机制和原型系统,并从负载平衡、安全性、可靠性等方面进行了性能分析.分析结果表明,机制具有良好的理论与实用参考价值.

By introducing a new model integrated Cloud computing with P2P computing named Cloud-P2P into the mechanism, a large-scale virus report analysis mechanism based on the Cloud- P2P architecture is proposed. The massive computing power of terminals can be further utilized by the mechanism. The mechanism divides the large-scale jobs of virus analysis reports effectively, and deploys tasks to servers and terminals to implement with mobile agents, which effectively reduce the server loads and improve the overall system efficiency. The Cloud-P2P model, the mobile-agent-based deployment mechanism, the execution point selection mechanism and the prototype system are elaborated in detail. The system performance was analyzed from the following aspects： the load balancing, security and reliability. The conclusions show that the mechanism has a good theoretical and practical reference value.