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LightStore: Software-defined Network-attached Key-value Drives

Title
LightStore: Software-defined Network-attached Key-value Drives
Authors
Chung, ChanwooKoo, Jin HyungIm, JunsuArvindLee, Sungjin
DGIST Authors
Lee, Sungjin
Issue Date
2019-04-17
Citation
Architectural Support for Programming Languages and Operating Systems, 939-953
Type
Conference
ISBN
9781450362405
Abstract
We propose LightStore, a key-value flash store, as a substitute for x86-based storage servers. A LightStore node has a low-power embedded-class processor, a few gigabytes of DRAM and a few terabytes of NAND flash, and can be directly connected to a network port in a datacenter. A largescale distributed storage cluster can be formed simply by adding more LightStore nodes to the network. Applications in a datacenter can take multiple software-defined views of LightStore stores via thin LightStore adapter layers, which translate conventional KV, YCSB, block, and file accesses to KV ones for LightStore. LightStore is estimated to be 2.0x power-efficient and 2.3x space-efficient than an x86-based all-flash array system of the same capacity. Experimental results on our LightStore prototype show that 1) the Light- Store node performance is comparable to an x86 server with a single SSD; 2) a four-node LightStore cluster exhibits up to 7.4x better ops/J than an x86 server with four SSDs. © 2019 Association for Computing Machinery.
URI
http://hdl.handle.net/20.500.11750/9827
DOI
10.1145/3297858.3304022
Publisher
Association for Computing Machinery
Related Researcher
  • Author Lee, Sungjin Data-Intensive Computing Systems Laboratory
  • Research Interests Computer System, System Software, Storage System, Non-volatile Memory, Flash-based SSD, Distributed Storage Systems
Files:
There are no files associated with this item.
Collection:
Department of Information and Communication EngineeringData-Intensive Computing Systems Laboratory2. Conference Papers


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