NoSQL数据库的性能基准测试和比较:Redis、MongoDB和Cassandra使用YCSB工具

Nadia Ben Seghier, O. Kazar
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引用次数: 9

摘要

大数据是建立在NoSQL数据库上的技术集合,它支持卷、数量和数据类型的可伸缩性。NoSQL数据库声称,对于更高的工作负载,特别是在大数据和云计算应用程序中,它们的性能优于遗留关系数据库系统。市场上有几种开源和专有的NoSQL模型。由于目前的解决方案数量众多,种类繁多,因此很难确定一个适合特定问题的解决方案。作者通过使用YCSB工具运行六种定制工作负载,对Redis、MongoDB和Cassandra三种常用解决方案在与查询性能相关的元素(基于插入、更新、扫描和读取)的性能进行了比较分析。目标是为对大数据和云计算感兴趣的参与者提供帮助和支持,以帮助他们决定未来使用哪种解决方案。
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Performance Benchmarking and Comparison of NoSQL Databases: Redis vs MongoDB vs Cassandra Using YCSB Tool
Big Data is an ensemble of technologies founded on NoSQL databases that enable scalability of volumes, numbers, and data types. NoSQL databases assert that their performance is better than legacy relational database systems for higher workloads, particularly common in Big Data and Cloud Computing applications. There are several open-source and proprietary NoSQL models disposable on the market. It is hard to determine a suitable solution for a particular problem due to the large amount and variety of current solutions. The authors build on a comparative analysis of the performance of three commonly used solutions, Redis, MongoDB, and Cassandra, in elements relevant to query performance, based on inserts, updates, scans, and reads, by utilizing the YCSB tool to run six bespoke workloads. The goal is to furnish assistance and support to actors who are interested in Big Data and Cloud Computing in order to help them make decisions about which solutions to use in the future.
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