演示:使用HyperLogLog草图进行top-k基数估计

V. Bruschi, S. Pontarelli, Jerome Tollet, D. Barach, G. Bianchi
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引用次数: 0

摘要

安全监控中一个反复出现的任务是寻找扫描型流,即在不同的源/目的地址数量方面表现出大量基数的流,或者在大多数情况下,包级标识符(例如端口、报头字段等)。但是基数估计需要“记住”过去看到的标识符,当目标是以线速度实现每个流的不同计数,同时保持高处理吞吐量和有限的内存占用时,这就变得相当具有挑战性。在这个演示中,我们将展示如何使用HyperLogLog草图来实现一个高效和创新的top-k基数估计算法,称为FlowFight。该算法已在一个成熟的软件路由器(如Vector Packet Processor)中进行了测试和集成。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DEMO: top-k cardinality estimation with HyperLogLog sketches
A recurring task in security monitoring consists in finding scan-type flows, namely flows which exhibit a large cardinality in terms of number of distinct source/destination addresses, or in most generality packet-level identifiers (e.g. ports, header fields, etc). But cardinality estimation requires to “remember” the identifiers seen in the past, and becomes quite challenging when the goal is to implement per-flow distinct count at wire speed, while maintaining high processing throughput and limited memory footprint. In this demo, we will show how to use HyperLogLog sketches to implement an efficient and innovative top-k cardinality estimation algorithm, called FlowFight. The algorithm has been tested and integrated in a full-fledged software router such as Vector Packet Processor.
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