Accelerating Data Ingress for Range-Scan Optimized HBase Instances

Adrian-Ioan Argesanu, G. Andreescu
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Abstract

HBase was designed to get high performance for read-intensive workloads, making it very attractive for use cases involving retrieval of contiguous sets of rows. HBase instances set up for fast reads often force users to compromise on write performance, which in turn can lead to temporary degradation of read capabilities. In this paper we study existing write penalty mitigation options and introduce our software solution, which not only accelerates bulk data ingress but also retains egress performance without any post-processing or alterations of the soft-schema. Our experiments show that the proposed software solution yields a 47 % reduction of ingestion duration.
加速范围扫描优化HBase实例的数据进入
HBase的设计目的是为读取密集型工作负载提供高性能,这使得它对于涉及检索连续行集的用例非常有吸引力。为快速读取而设置的HBase实例通常会迫使用户牺牲写性能,这反过来会导致读取能力暂时下降。在本文中,我们研究了现有的写惩罚缓解方案,并介绍了我们的软件解决方案,该解决方案不仅加速了批量数据的输入,而且在不进行任何后处理或更改软模式的情况下保持了输出性能。我们的实验表明,提出的软件解决方案产生47%的摄入时间减少。
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