ENUM名称服务器性能比较

S. H. D. Mata, J. Magalhaes, Alexandre Cardoso, P. R. Guardieiro, Helio A. Carvalho
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引用次数: 3

摘要

ENUM是一个将E.164电话号码映射到Internet uri的协议。考虑到ENUM协议对传统DNS服务器提出的新要求和挑战,本文对ENUM名称服务器的性能进行了评估。我们为这个性能评估定义了三个性能指标:查询吞吐量、响应时间和CPU使用情况。使用基准测试平台,我们在考虑不同数据库大小的不同场景中评估了四种名称服务器实现(BIND、MyDNS-NG、NSD和PowerDNS)。此外,我们改进了现有的这种评估方法,因为我们发现了DNSPerf的局限性,并提出了一种新的评估程序。结果表明,BIND和NSD服务器实现了高查询吞吐量,并具有良好的可伸缩性特性。另一方面,PowerDNS服务器具有较低的吞吐量和对数据库大小的高度敏感性。MyDNS-NG服务器的查询吞吐量很低,可扩展性很差,因此不适合用于ENUM目的。这些结果为ENUM服务器的研究带来了新的现实,因为它们没有在如此扩展的场景和数据库的大小中进行评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance Comparison of ENUM Name Servers
ENUM is a protocol for mapping E.164 telephone numbers into Internet URIs. In this paper, we present a performance evaluation of ENUM name servers considering the new requirements and challenges imposed on traditional DNS servers with the incorporation of ENUM protocol. We defined three performance metrics for this performance evaluation: query throughput, response time, and CPU usage. Using a benchmarking testbed, we evaluated four name servers implementations (BIND, MyDNS-NG, NSD and PowerDNS) in different scenarios considering distinct size of database. Moreover, we improved the existing methodology for this kind of evaluation, since we identified the limitations of DNSPerf and proposed a new procedure for the evaluation. Results show that BIND and NSD servers achieved a high query throughput with great scalability features. On the other hand, PowerDNS server had a lower throughput and high sensibility to database size. MyDNS-NG server presented a quite low query throughput and poor scalability and, therefore, it is not suitable for ENUM purposes. These results bring to light a new reality for studies of ENUM servers, since they have not been evaluated in such a extended scenarios and size of the database.
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