摘要
水压模型均衡了中间应用服务器的负载，但是因为它要求固定间隔激发，阻碍了其性能的发挥，文章在智能代理的基础上，提出了两种系统模型，利用AI机制，智能、优良地避免了此弊端。并且文章引入了令牌环来控制主代理的轮换，为解决由唯一控制中心致使系统具有的脆弱性问题，提高系统的容错性，开辟了新的途径。
Hydraulic pressure model in some degree can balance the load among application servers, while this programming event must be invoked at fixed intervals, thus it becomes a drawback of its high capability. This article, basing on intelligent multi-agent , puts forward two system models which use some AI algorithms to perform intelligently and excellently. At the same time, the article inaugurates a new approach to increase the fault-tolerance of the system by using the token-ring mechanism to control the alternate operation of the main agents.
出处
《计算机工程》
CAS
CSCD
北大核心
2002年第10期89-90,199,共3页
Computer Engineering
关键词
智能代理
中间应用服务器
动态负载均衡
人工智能
水压模型
Middle application server；AI mechanism；Intelligent multi-agent；Hydraulic pressure model；Dynamic load balancing algorithm
