增加流处理系统的灵活性,以利用低开销的通信系统

P. Selo, Yoonho Park, S. Parekh, C. Venkatramani, Hari K. Pyla, F. Zheng
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引用次数: 3

摘要

前面,我们演示了我们可以使用运行在商品硬件上的流处理系统构建一个真实的金融应用程序。在本文中,我们建议使流处理系统更加灵活,并演示如何利用这种灵活性来利用低开销的通信系统来加速流应用程序。通过我们的原型,我们现在拥有了一个期权市场数据处理系统,该系统可以在使用InfiniBand的刀片集群上以30倍于2008年2月的OPRA速率实现不到30µ秒的平均延迟。在共享内存中,该系统可以在单个机器上以25倍于2008年2月的OPRA速率实现不到20µs的平均延迟。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Adding stream processing system flexibility to exploit low-overhead communication systems
Previously, we demonstrated that we can build a real-world financial application using a stream processing system running on commodity hardware. In this paper, we propose making stream processing systems more flexible and demonstrate how this flexibility can be used to exploit low-overhead communication systems to speed up streaming applications. With our prototype, we now have an options market data processing system that can achieve less than 30 µsec average latency at 30x the February 2008 OPRA rate on a cluster of blades using InfiniBand. Across shared memory, this system can achieve less than 20 µsec average latency at 25x the February 2008 OPRA rate on a single machine.
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