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H-DB: Yet Another Big Data Hybrid System of Hadoop and DBMS

机译:H-DB:Hadoop和DBMS的又一个大数据混合系统

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With the explosion of the amount of data, analytics applications require much higher performance and scalability. However, traditional DBMS encounters the tough obstacle of scalability, and could not handle big data easily. In the meantime, due to the complex relational data model, the large amount of historical data and the independent demand of subsystems, it is not suitable to use either shared-nothing MPP architecture (e.g. Hadoop) or existing hybrid architecture (e.g. HadoopDB) to replace completely. In this paper, considering the feasibility and versatility of building a hybrid system, we propose a novel prototype H-DB which takes DBMSs as the underlying storage and execution units, and Hadoop as an index layer and a cache. H-DB not only retains the analytical DBMS, but also could handle the demands of rapidly exploding data applications. The experiments show that H-DB meets the demand, outperforms original system and would be appropriate for analogous big data applications.
机译:随着数据量的爆炸式增长,分析应用程序需要更高的性能和可伸缩性。但是,传统的DBMS遇到了可伸缩性的难题,并且无法轻松处理大数据。同时,由于复杂的关系数据模型,大量的历史数据以及子系统的独立需求,因此不适合使用无共享MPP架构(例如Hadoop)或现有的混合架构(例如HadoopDB)完全替换。在本文中,考虑到构建混合系统的可行性和多功能性,我们提出了一种新颖的原型H-DB,该原型以DBMS为底层存储和执行单元,以Hadoop为索引层和缓存。 H-DB不仅保留了分析型DBMS,而且还可以满足快速发展的数据应用程序的需求。实验表明,H-DB可以满足需求,性能优于原始系统,适用于类似的大数据应用。

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