摘要
在综合考虑各个影响覆盖网络路由性能因素的基础上,提出针对覆盖链路选取问题(OLSP)的多目标优化模型,利用覆盖链路对物理链路的重用度因素使模型能以最少的维护代价获得最高的覆盖路由性能。采用Pareto占优理论和免疫克隆算法对OLSP进行求解,通过数字仿真实验验证该模型的合理性和ICA的有效性。
A multi-goal optimization model lot Overlay Link Selection Problem（OLSP） is proposed based on the consideration of all factors influencing on Overlay network performance. It aims at achieving the best routing performance and the least IP link overlap degree with the least maintaining costs. Pareto optimality theory and Immune Clone Algorithm（ICA） are adopted to solve this problem and the digital simulation experimental result shows the availability of this model and the convergence of ICA.
出处
《计算机工程》
CAS
CSCD
北大核心
2011年第2期248-250,共3页
Computer Engineering
基金
中央财经大学"211工程"三期基金资助项目(2009211041)
关键词
覆盖链路选取问题
覆盖网络
链路选取
拓扑优化
多目标优化
免疫克隆算法
Overlay Link Selection Problem（OLSP）
Overlay network
link selection
topology optimization
multi-goal optimization
Immune Clone Algorithm（ICA）
