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免疫克隆选择算法主要是用来解决抗原初次入侵时,免疫系统产生抗体,做出免疫反应,但是现有方案往往没有给出当相同的抗原或相似的抗原再次入侵的解决方案。针对无线Mesh网络中各种故障频繁发生的情况,提出的算法能利用抗原的相似性来解决拓扑控制中近似的错误容忍问题。利用改进后的克隆免疫算法,在对无线Mesh网络进行拓扑控制时,求解网络的较优功率分配,使整个网络既满足Mesh客户端节点到Mesh路由器节点的k连通,而且整个网络的性能也能达到较优。通过对实验结果的分析发现,在保证网络容错的前提下,网络各方面的性能达到较优。
Immune clone selection algorithm is mainly used to solve the first invasion of antigen, the immune system to produce antibodies to make an immune response, but the current programs often do not give the same antigen or similar antigen re-invasion solution. Aiming at the frequent occurrence of various faults in wireless Mesh networks, the proposed algorithm can utilize the similarity of antigens to solve the approximate error tolerance problem in topology control. The improved clonal immune algorithm is used to solve the optimal power allocation in wireless Mesh network, which makes the whole network not only satisfy the k connectivity of Mesh client node to Mesh router node, but also the performance of the whole network Achieve better. Through the analysis of the experimental results, it is found that all aspects of the network achieve better performance under the premise of ensuring network fault tolerance.