Meta-Chain: User-Aware Cross-Layer Space Allocation Strategy for Blockchain Storage Systems: Work-in-Progress

J. Liao, Zhengda Li, Yi Wang
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Abstract

Current LSM-Tree-based blockchain storage system will assign the data from multiple system users to the same disk drive. This will lead to the inefficient usage of physical spaces in disk and cause extra compaction operations for LSM - Tree. This paper presents Meta-Chain, a user-aware cross-layer space allocation strategy for blockchain storage systems. As a cross-layer design, Meta-Chain redesigns the organization of LSM - Tree and utilizes the rich functionalities provided by open-channel SSD. Experimental results show that Meta-Chain can effectively reduce write amplification and extend the lifetime of SSD in comparison with representative schemes.
元链:区块链存储系统的用户感知跨层空间分配策略:正在进行中
当前基于lsm - tree的区块链存储系统会将多个系统用户的数据分配到同一个磁盘驱动器上。这将导致对磁盘物理空间的低效使用,并导致LSM - Tree的额外压缩操作。本文提出了一种用户感知的区块链存储系统跨层空间分配策略——元链。作为一种跨层设计,元链重新设计了LSM - Tree的组织结构,并利用了开放通道SSD提供的丰富功能。实验结果表明,与代表性方案相比,Meta-Chain可以有效地降低SSD的写放大,延长SSD的寿命。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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