A multi-level comparative performance characterization of SPECjbb2005 versus SPECjbb2000

R. Morin, A. Kumar, E. Ilyina
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引用次数: 9

Abstract

SPEC has released SPECjbb2005, a new server-side Java benchmark which supersedes SPECjbb2000. SPECjbb2005 is a substantial update to SPECjbb2000, intended to make the workload more representative based on current Java development practices. SPECjbb2000 has been in existence for about five years and it has been a valuable tool for optimizing the performance of commercial JVMs as well as supporting research activities. Since SPECjbb2005 replaces SPECjbb2000, it is important to understand the key differences between the two, as well as implications for JVM and hardware designers. In this paper, we present a comparative characterization of these two workloads based on detailed measurements on an Intel/spl reg/ Xeon/spl trade/ processor-based commercial server. First, we describe key functional changes introduced in SPECjbb2005. Using low-intrusion application profiling tools we compare application execution profiles. Through JVM monitoring tools, we compare JVM behavior including JIT optimization and garbage collection. Using operating system monitoring tools we compare key system level metrics including CPU utilization. With the aid of processor performance monitoring events, we compare key architectural characteristics such as cache miss rates, memory/bus utilization, and branch behavior. Finally, we summarize key findings, provide recommendations to JVM developers and hardware designers, and suggest areas for future work.
SPECjbb2005与SPECjbb2000的多级性能比较
SPEC发布了SPECjbb2005,这是一个新的服务器端Java基准测试,取代了SPECjbb2000。SPECjbb2005是对SPECjbb2000的重大更新,旨在使工作负载更具有代表性,基于当前的Java开发实践。SPECjbb2000已经存在了大约5年,它一直是优化商业jvm性能和支持研究活动的有价值的工具。由于SPECjbb2005取代了SPECjbb2000,因此了解两者之间的主要区别以及对JVM和硬件设计人员的含义非常重要。在本文中,我们基于在基于Intel/spl reg/ Xeon/spl贸易/处理器的商用服务器上的详细测量,对这两种工作负载进行了比较。首先,我们描述SPECjbb2005中引入的关键功能变化。使用低入侵应用程序分析工具,我们比较应用程序执行配置文件。通过JVM监控工具,我们比较了JVM的行为,包括JIT优化和垃圾收集。使用操作系统监控工具,我们比较关键的系统级指标,包括CPU利用率。在处理器性能监控事件的帮助下,我们比较了关键的体系结构特征,如缓存丢失率、内存/总线利用率和分支行为。最后,我们总结了主要发现,为JVM开发人员和硬件设计人员提供了建议,并提出了未来工作的领域。
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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