Mahanaxar:高带宽、实时流数据存储的服务质量保证

David O. Bigelow, S. Brandt, John Bent, Hsing-bung Chen
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引用次数: 7

摘要

大型射电望远镜、监控实时网络流量的网络安全系统等都有专门的数据存储需求:保证捕获超高带宽数据流,保留足够长的数据以确定什么是“有趣的”,无限期保留感兴趣的数据,并发读/写访问以确定什么数据是有趣的,而不中断正在进行的捕获传入数据。Mahanaxar解决了这个问题。Mahanaxar保证以(几乎)原始设备的全部速率流式实时数据捕获,允许在不中断数据捕获的情况下以最大努力对设备进行并发读写访问,并在给定可用存储的情况下尽可能长时间保留数据。它内置了可靠性和索引机制,可以扩展以满足任意带宽需求,并且可以很好地处理小型和大型数据元素。我们的原型实现结果表明,与传统文件系统相比,Mahanaxar提供了更好的保证和更好的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mahanaxar: Quality of service guarantees in high-bandwidth, real-time streaming data storage
Large radio telescopes, cyber-security systems monitoring real-time network traffic, and others have specialized data storage needs: guaranteed capture of an ultra-high-bandwidth data stream, retention of the data long enough to determine what is “interesting,” retention of interesting data indefinitely, and concurrent read/write access to determine what data is interesting, without interrupting the ongoing capture of incoming data. Mahanaxar addresses this problem. Mahanaxar guarantees streaming real-time data capture at (nearly) the full rate of the raw device, allows concurrent read and write access to the device on a best-effort basis without interrupting the data capture, and retains data as long as possible given the available storage. It has built in mechanisms for reliability and indexing, can scale to meet arbitrary bandwidth requirements, and handles both small and large data elements equally well. Results from our prototype implementation show that Mahanaxar provides both better guarantees and better performance than traditional file systems.
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