Cost Optimization in Virtual World Redundancy Management

Bingqing Shen, J. Guo, C. L. P. Chen
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Abstract

Virtual world has the potential to become a future global electronic market. It integrates many isolated markets in many areas. To achieve this goal, future virtual world is required to be persistent, which means that a virtual world together with its accumulated content shall exist forever regardless of dynamic changes of its virtual world users and virtual world owners. This paper addresses the persistence issue by proposing a decentralized redundancy model which is immune from the possible collapse of virtual world. The core work in this model is the selection of a redundancy level, which is based on cost optimization. The simulation results show that the proposed redundancy management approach is optimal compared with existing approaches.
虚拟世界冗余管理中的成本优化
虚拟世界具有成为未来全球电子市场的潜力。它整合了许多地区许多孤立的市场。为了实现这一目标,未来的虚拟世界需要具有持续性,即无论虚拟世界的用户和虚拟世界的所有者发生动态变化,虚拟世界及其积累的内容都将永远存在。本文通过提出一种分散的冗余模型来解决持久性问题,该模型不受虚拟世界可能崩溃的影响。该模型的核心工作是基于成本优化的冗余度选择。仿真结果表明,与现有的冗余管理方法相比,所提出的冗余管理方法是最优的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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