Design of Multi-agent Supply Chain System to Support Quick Response in Textile-Apparel Industry

Owing to the fast growth of global market, textileand apparel industries which are a typical seasonal businessare facing crucial challenges from both competitors andconsumers. In order to get survived, forming supply chainand utilizing the emerged technology to establish a quickresponse system become an important common practice forenterprises in terms of cost reduction and efficiencyimprovement. This paper presents a multi-ageat-basedintegrated framework for quick response in textile andapparel supply chain. By sharing information andcollaborating among chain partner, the multi-agent systemprovides a promising computing paradigm for quick responsebusiness processes. A prototype based on the proposedframework is implemented using ZEUS toolkit. It presentshow the proposed architecture is being designed to establishcollaborative business environment by providing dynamicquick response processes.     

基于ZEUS开发反生化恐怖多Agent应急指控系统的研究

分析了Agent和多Agent系统的结构模型后，根据反生化恐怖应急指控大型复杂分布式信息处理系统的特点，结合多Agent系统的结构模型，提出了系统的一种实现框架，并对当前几个典型的Agent开发平台进行了分析和比较，提出了利用ZEUS平台开发反生化恐怖多Agent应急指控系统的实现思路，并对系统实现中的系统运行逻辑、Agent通信机制和Agent协作机制等进行了分析和研究，提出了指挥Agent的具体的内部结构。     

基于ZEUS开发反生化恐怖多Agent应急指控系统的研究

分析了Agent和多Agent系统的结构模型后,根据反生化恐怖应急指控大型复杂分布式信息处理系统的特点,结合多Agent系统的结构模型,提出了系统的一种实现框架,并对当前几个典型的Agent开发平台进行了分析和比较,提出了利用ZEUS平台开发反生化恐怖多Agent应急指控系统的实现思路,并对系统实现中的系统运行逻辑、Agent通信机制和Agent协作机制等进行了分析和研究,提出了指挥Agent的具体的内部结构.