Study of server processing load evaluations in ubiquitous communication environment

M. Matsumoto, T. Itoh
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引用次数: 3

Abstract

This paper evaluates the influence of communication characteristics on server processing load. In future ubiquitous communication environments, terminal-initiated communications will become more popularized than human-initiated communications like current Internet communications. The tiny terminal having a short-range wireless communication method like a sensor node is expected to report the presence data involved in a daily life to the server. However, if these terminals become popularized, the server must process a lot of presence data compared with current Internet communications. Therefore, from the viewpoint of network scalability, we performed hardware simulations to evaluate the influence of communication characteristics on server processing load and clarified its critical factor.
泛在通信环境下服务器处理负载评估研究
本文评估了通信特性对服务器处理负载的影响。在未来无处不在的通信环境中,终端发起的通信将比现在的互联网通信等人为发起的通信更加普及。该微型终端具有像传感器节点一样的短距离无线通信方式,可以将日常生活中涉及的存在数据报告给服务器。然而,如果这些终端普及,与目前的互联网通信相比,服务器必须处理大量的在线数据。因此,我们从网络可扩展性的角度出发,进行硬件仿真,评估通信特性对服务器处理负载的影响,明确其关键因素。
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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