一种面向IP网络安全的网络智能体模型
Network Agent Model for IP Network Security
为增强IP网络抵御智能攻击的能力,基于人体免疫系统中免疫细胞的工作机制,提出了一种可控可管的网络智能体模型。该网络智能体能够主动识别潜在异常,及时隔离被攻击节点阻止危害扩散,并报告攻击特征给本地B节点实现信息共享。综合否定选择原理和危险理论,提出了一种新的网络智能体训练方法,使其在网络中能更有效的识别节点上的攻击行为。通过分析智能体与蠕虫的对抗模型及其仿真结果表明网络智能体模型能够更好的保障网络安全。
Based on the HIS antibody mechanic, a controllable agent model is presented to protect and enhance survivability of current networks from intelligent attacks in this paper. The agent can detect potential danger actively and isolate infected nodes timely. Meanwhile, it also report on signatures to the local B node to achieve information sharing. Integrated negative selection theory and danger theory, a new training method of agent proposed so that the network can more effectively identify the node on attacking. By analyzing the anti-model about agent and worm, the model and simulation results show that the network agent model is able to protect network security better.
何模雄
通信电子对抗
网络安全网络智能体免疫系统蠕虫防治
network securitynetwork agentimmune systemworm prevention and control
何模雄.一种面向IP网络安全的网络智能体模型[EB/OL].(2010-03-30)[2025-08-21].http://www.paper.edu.cn/releasepaper/content/201003-1024.点此复制
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