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首页> 外文期刊>Journal of information and computational science >The Research of Energy Consumption Optimization for Distributed Intrusion Detection System
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The Research of Energy Consumption Optimization for Distributed Intrusion Detection System

机译:分布式入侵检测系统能耗优化研究

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摘要

The risk of security threats hidden in single packets is arisen by the proliferation of Internet. Distributed Intrusion Detection System (DIDS) that it can be used for solving the malicious problem of packets is provided by Internet service provider, but DIDS can lead to networking energy consumption increasing when security problems are solved. The relationship between security and energy consumption of internet should be comprehensively considered because the growth of energy is not in conformity with the viewpoint of green network. With the aim of energy consumption optimization, the model of Energy Consumption Analysis (ECAM) is established by analyzing energy consumption of distributed intrusion detection system. And the Dynamic Adaptive Strategy Model (DASM) is provided based on Analysis results of two DIDS strategies and introduce DASM how to reduce the energy consumption of Internet by dynamic change DIDS strategy when it keeps Internet security level.
机译:Internet的普及带来了隐藏在单个数据包中的安全威胁的风险。 Internet服务提供商提供了可用于解决数据包恶意问题的分布式入侵检测系统(DIDS),但在解决安全问题时,DIDS会导致网络能耗增加。由于能源的增长不符合绿色网络的观点,应综合考虑互联网安全性与能耗之间的关系。以能耗优化为目标,通过分析分布式入侵检测系统的能耗,建立了能耗分析模型(ECAM)。并基于两种DIDS策略的分析结果,提出了动态自适应策略模型(DASM),并介绍了DASM在保持互联网安全水平的前提下如何通过动态改变DIDS策略来降低互联网能耗。

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