Abstract: Aiming at the problems of not supporting IPv6, few number of links and poor schedule ability of traditional broadband network access system, an architecture of links access supporting IPv6 is presented. To support large-scale links access, the high efficiency computing method based on kernel mode and the model of distributed parallel processing are drawn. The method of load balancing in multi processing nodes and traffic control are researched. Experimental results show this system can achieve better performances.

Key words: kernel level, parallel access, load balancing, traffic schedule

摘要： 针对传统带宽链路接入系统不支持IPv6、接入链路数少及负载调度能力弱等问题，设计一种能够支持IPv6的链路接入系统架构，提出基于内核级的链路计算方法及分布式并行处理模型，以支持超大规模链路接入，研究多处理节点负载均衡及流量控制方法。实验结果表明，该系统能够获得良好的性能。

关键词: 内核级, 并行接入, 负载均衡, 流量调度

CLC Number: 

• TP393.02