An immunity-based security architecture for mobile ad hoc networks |
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Authors: | Ping Yi Yiping Zhong Shiyong Zhang |
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Affiliation: | Department of Computing and Information Technology, Fudan University, Shanghai 200433, China |
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Abstract: | This paper focuses on investigating immunological principles in designing a multi-agent security architecture for intrusion detection and response in mobile ad hoc networks. In this approach, the immunity-based agents monitor the situation in the network. These agents can take appropriate actions according to the underlying security policies. Specifically, their activities are coordinated in a hierarchical fashion while sensing, communicating, decision and generating responses. Such an agent can learn and adapt to its environment dynamically and can detect both known and unknown intrusions. The proposed intrusion detection architecture is designed to be flexible, extendible, and adaptable that can perform real-time monitoring. This paper provides the conceptual view and a general framework of the proposed system. In the end, the architecture is illustrated by an example to show it can prevent the attack efficiently. |
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Keywords: | Immune system Intrusion detection Mobile agent Mobile ad hoc network Network security |
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