YUAN Zhi-rong, WU Yi-kun, WANG Jun-qiang, et al. Game theory analysis of against malicious nodes in sensor networks[J]. 2016, 35(7): 9-12. DOI: 10.13873/J.1000-9787(2016)07-0009-04.
传感网中对抗恶意节点的博弈论分析
摘要
无线传感网作为应用广泛的多跳自组织网络
由成百上千资源有限的传感器节点组成。当网络数据传输时
若节点的通信负载超过其可用带宽
则会发生拥塞
使得传输不可靠
尤其在无线传感网特殊的工作环境中
当有恶意节点存在时会更严重。为此
引入博弈论
对有恶意节点存在的传感网进行研究
分析节点行为
建立博弈模型
给出实现步骤和验证方案
综合理论分析和仿真结果
获得节点最佳策略
达到网络拥塞避免的既定目标。
Abstract
Wireless sensor networks( WSNs) is a widely applied multi-hop Ad Hoc networks
it is composed of hundreds of resources limited sensor nodes. When data is transmitting
if traffic load of node exceeds its available bandwidth
congestion will occur
so that transmission is unreliable. This is especially true in special work environment in WSNs
when there are malicious nodes
will be more serious. Introduce game theory
research on WSNs with presence of malicious node research
analyze behavior of nodes
establish game model
implementation steps and verification scheme are given
synthesize theoretical analysis and simulation results