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Research on Optimization of Big data Storage Structure in Distributed System

机译:分布式系统大数据存储结构优化研究

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In a distributed system, the storage structure of the data directly affects the storage efficiency and processing performance of big data. In the row storage structure, the data from the local read, loading speed, but the compression efficiency is low and there is data redundancy; in the column storage structure, the data compression efficiency is high, but the data cross-node access increased network transmission consumption The Aiming at the shortcomings of the row storage structure and the column storage structure, a kind of storage method combined with rows and columns is proposed to improve the data storage structure. The experimental results show that the improved data storage structure is slightly lower than the row storage in the loading speed. In the data compression, the efficiency of the parallel storage and the column storage is high. The combined storage structure not only avoids the extra disk I/O overhead, but also reduces the unnecessary storage of the network, which greatly improves the storage efficiency and processing performance of the distributed system for big data.
机译:在分布式系统中,数据的存储结构直接影响大数据的存储效率和处理性能。在行存储结构中,来自本地读取的数据,加载速度,但压缩效率低,有数据冗余;在列存储结构中,数据压缩效率很高,但数据跨节点访问增加了网络传输消耗的旨在瞄准行存储结构的缺点和列存储结构,一种存储方法与行和列组合建议改进数据存储结构。实验结果表明,改进的数据存储结构略低于负载速度的行存储。在数据压缩中,并行存储和列存储的效率高。组合存储结构不仅避免了额外的磁盘I / O开销,还可以降低网络的不必要存储,这大大提高了分布式系统的存储效率和处理性能。

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