Service matchmaking is one of the major problems in the area of intelligent agent and multi-agent systems.
多主体系统中的服务匹配是智能主体和多主体系统等领域中的重要研究课题。
The paper presented an intelligent agent-based active collaboration model to change a passive collaboration platform into an one.
提出了一种基于智能代理的主动式协同模式，使得协同平台由被动响应转变为主动服务。
Experimental results show that this algorithm is feasible and valid for intelligent agent real-time avoiding obstacles in Virtual Environment.
实验表明，将该算法应用于虚拟环境中智能体实时避障是可行和有效的。
According to the hierarchy of the intelligent agent, a series of behavior protocols were constructed and strictly defined by predicate logics.
重点研究了设计主体的层次结构，建立了完整的设计主体行为协议，并用谓词逻辑进行了严格的语义定义。
In order to detect and trace the intrusion, an architecture for intrusion detection based intelligent agent and a distributed trace algorithm are presented.
为了能有效地检测和跟踪入侵行为，这里提出了一个基于智能代理的入侵检测系统的体系结构和分布跟踪算法。
Afterwards, a distributed intelligent agent framework was introduced to realize a multi-website searching mechanism for E-commerce based on prior relationship model.
提出一个以该模型为基础的分布式智能体框架，实现一套基于商品营销关系的多站点检索机制。
Next, the paper presents an example of component assembly to validate the feasibility and rationality of this component assembly intelligent agent system based on active services.
最后本文以一个组装实例对基于主动服务的构件组装智能代理系统的可行性和合理性进行了验证。
For a cognitive network to become a reality, researchers must develop new methods, metrics and intelligent-agent controlled routers to extend cognitive approaches to full network management.
为了使认知网络成为现实，研究人员必须开发新方法、算法和智能控制路由器，从而将认知方法扩展到全网络管理中。
For a cognitive network to become a reality, researchers must develop new methods, metrics and intelligent-agent controlled routers to extend cognitive approaches to full network management.
为了使认知网络成为现实，研究人员必须开发新方法、算法和智能控制路由器，从而将认知方法扩展到全网络管理中。
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