摘要
针对物联网网络安全,应用免疫危险理论原理,研究动态自适应算法,提出一种基于免疫危险理论的新型动态自适应算法。该算法能够动态调整机体内各个区域细胞器的数量,构建全方位的物联网网络层动态防御体系。算法分析表明该算法能够识别物联网网络层的危险信号,并对危险区域的范围大小、危险程度和危险频率进行计算,根据危险程度做出及时地响应,有效地保证物联网网络层的安全。
According to the principle of immune danger theory,a new model of detector＇s dynamic adaptive algorithm based on immune danger theory is proposed on the network security of Internet of Things after researched dynamic adaptive algorithm. In every area of the body,the algorithm can dynamically change the number of cell organelles,and build a comprehensive dynamic defense system on network layer of IoT. Algorithm analysis shows that in the first place the algorithm can recognize danger signal of network layer of IoT whether it is known or unknown. Secondly,it can calculate risk level of danger signal. Finally according to the type of threat,it can respond in time when the network is in danger. So it can keep network layer of IoT safe effectively.
出处
《智能计算机与应用》
2014年第2期25-28,共4页
Intelligent Computer and Applications
基金
湖南省高等学校科学研究优秀青年项目(12B110)
衡阳市科技计划项目(2012KG71)
关键词
检测器
危险免疫理论
自适应
Detector
Immune Peril Principle
Self-adaption
