Agave:一个用于探索Android软件栈复杂性的基准套件

Martin K. Brown, Zachary Yannes, Michael Lustig, M. Sanati, S. Mckee, G. Tyson, S. Reinhardt
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引用次数: 1

摘要

用于高性能计算平台基准测试或架构设计空间探索的传统套件使用更简单的虚拟内存布局和多任务/多线程方案,这意味着它们不能用于研究Android软件堆栈各层之间的复杂交互。为了证明这一点,我们提供了内存参考和并发数据,展示了Android应用程序与传统C基准测试的不同之处。我们建议将Agave开源应用程序套件作为标准的、多用途的Android基准测试套件的基础。我们提供了所有的源代码和工具,希望社区能够采用并构建Agave的初始版本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Agave: A benchmark suite for exploring the complexities of the Android software stack
Traditional suites used for benchmarking high-performance computing platforms or for architectural design space exploration use much simpler virtual memory layouts and multitasking/ multithreading schemes, which means that they cannot be used to study the complex interactions among the layers of the Android software stack. To demonstrate this, we present memory reference and concurrency data showing how Android applications differ from traditional C benchmarks. We propose the Agave suite of open-source applications as the basis for a standard, multipurpose Android benchmark suite. We make all sources and tools available in hopes that the community will adopt and build on this initial version of Agave.
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