Autonomous multi-agent-based data allocation technology in decentralized database systems for timeliness

Minoru Takaishi, C. P. Leguízamo, S. Kimura, Ryuji Takanuki
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引用次数: 1

Abstract

Due to the progress of information technology, the business market is changing its strategy for a modern online business environment. Autonomous decentralized database system (ADDS) has been proposed in order to meet the innovative e-business requirements. In case the system size increases, a multiple-agent-based coordination is proposed for achieving the timeliness property. The response time is conformed by those transactions that require coordination and those that can be satisfied immediately. In this sense, the distribution of the data in the system for coordination is a medullar issue for the improvement of the response time. A trade-off exits between these two kind of transactions depending on the capacity of allocating data among the sites and the distribution of the data and user requests in the system. A study of the trade-off and the factor that need to be considered for an allocation data technology in order to get an optimal response time is discussed.
分布式数据库系统中基于自治多代理的数据分配技术
由于信息技术的进步,商业市场正在改变其战略,以适应现代在线商业环境。自治分散数据库系统(Autonomous decentralized database system,简称add)是为了满足电子商务的创新需求而提出的。在系统规模增大的情况下,提出了一种基于多主体的协调方法来实现系统的时效性。响应时间由那些需要协调的事务和那些可以立即得到满足的事务组成。从这个意义上说,协调系统中数据的分布是改善响应时间的一个模块化问题。这两种事务之间存在权衡,这取决于在站点之间分配数据的能力以及系统中数据和用户请求的分布。讨论了为获得最佳响应时间而分配数据技术需要考虑的权衡和因素。
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