Research on mechanisms of efficiency and reliability of data distribution servers

Huang Qiubo, Ma Hui
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Abstract

For the general scenario of data distribution from one to many, the paper indicates that Internet includes large number of NAT and firewall equipments. In order to distribute data to all clients, the paper proposes that the clients use Web Service to fetch data. Taking into account that using Web Service will consume much of server's resource, the system uses both TCP Socket (to push data) and Web Service (to pull data) to obtain high distribution efficiency. In addition, the use of asynchronous socket technology improves the efficiency. The paper proposes Reachability Test Algorithm, which enables the server reliably identify which clients can not be connected by the server. So these clients should use Web Service to fetch data. Furthermore, the system uses cluster servers, hot standby scheme and load balancers to avoid single point of failure and balance the servers' load. Finally, the paper analyzes the system's reliability and efficiency, and an example is given to prove the high efficiency of the system.
数据分发服务器的效率和可靠性机制研究
针对数据由一对多分布的一般场景,指出Internet包含大量的NAT和防火墙设备。为了将数据分发到所有客户端,本文提出客户端使用Web Service来获取数据。考虑到使用Web Service会消耗大量的服务器资源,系统采用TCP Socket(数据推送)和Web Service(数据拉取)两种方式来获得较高的分发效率。此外,异步套接字技术的使用提高了效率。本文提出了可达性测试算法,该算法使服务器能够可靠地识别哪些客户端不能被服务器连接。所以这些客户端应该使用Web Service来获取数据。系统采用集群服务器、热备方案和负载均衡器,避免单点故障,实现服务器负载均衡。最后,对系统的可靠性和效率进行了分析,并通过实例证明了系统的高效性。
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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