Design and implementation of a copy update mechanism on a mobile information announcement system

S. Tagashira, Fumitake Inada, K. Saisho, Akira Fukuda
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Abstract

The bandwidth problem between a mobile computer and an access point is pointed out, and a copy update mechanism, which can make the best use of the limited bandwidth, is proposed. If the bandwidth of a network is not sufficient, a mobile computer cannot announce all resources, and cannot update some copies on fixed computers. To satisfy client's requests with given bandwidth as much as possible, the proposed mechanism limits traffic of storage type resources in order to announce non-storage type resources prior to storage type resources. Traffic is controlled by limiting the number of concurrent update operations for announcing storage type resources. We implement the prototype and evaluate it. The results show that it can stably announce non-storage type resources.
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移动信息公告系统副本更新机制的设计与实现
指出了移动计算机与接入点之间的带宽问题,提出了一种能充分利用有限带宽的副本更新机制。如果网络带宽不足,移动计算机无法宣布所有资源,并且无法更新固定计算机上的某些副本。为了在给定带宽下尽可能满足客户端请求,该机制限制了存储类型资源的流量,使非存储类型资源优先于存储类型资源。通过限制宣布存储类型资源的并发更新操作的数量来控制流量。我们实现原型并对其进行评估。结果表明,该方法可以稳定地宣布非存储类型的资源。
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