EROS:快速能力系统

J. Shapiro, Jonathan M. Smith, D. Farber
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引用次数: 379

摘要

EROS是一种基于能力的操作系统,用于商品处理器,它使用单级存储模型。单级存储的持久性对应用程序是透明的。通常认为,支持透明持久性和基于功能的体系结构对性能的影响是负面的。令人惊讶的是,EROS的基本操作(如IPC)在成本上通常与传统系统中的类似操作相当。通过对Linux中语义相似操作的一组微基准测试来演示这一点。EROS系统通过将精心选择的抽象对象与这些对象的缓存技术相结合来实现其性能。对象(进程、节点和页面)得到传统硬件的良好支持,从而减少了功能开销。针对这些对象的软件管理缓存技术降低了持久性的成本。由此产生的性能表明,组合受保护的子系统的成本可能比通常认为的要低。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EROS: a fast capability system
EROS is a capability-based operating system for commodity processors which uses a single level storage model. The single level store's persistence is transparent to applications. The performance consequences of support for transparent persistence and capability-based architectures are generally believed to be negative. Surprisingly, the basic operations of EROS (such as IPC) are generally comparable in cost to similar operations in conventional systems. This is demonstrated with a set of microbenchmark measurements of semantically similar operations in Linux.The EROS system achieves its performance by coupling well-chosen abstract objects with caching techniques for those objects. The objects (processes, nodes, and pages) are well-supported by conventional hardware, reducing the overhead of capabilities. Software-managed caching techniques for these objects reduce the cost of persistence. The resulting performance suggests that composing protected subsystems may be less costly than commonly believed.
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