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Farewell to Disks

机译:告别磁盘

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摘要

Sophisticated processing of huge, complex datasets requires us to rethink the relationship between disk-based storage and main-memory processing. Some features of modern systemsȁ4;namely, 64-bit architectures, memory-mapped sparse files, virtual memory, and copy on write supportȁ4;let us process our data with readable and efficient RAM-based algorithms, using slow disks and file systems only for their large capacity and to secure the data''s persistence. The author demonstrates this approach through a short C++ program that locates the shortest path on very large graphs, like that of Wikipedia. Although RAM-based processing opens up again many problems that database systems already solve, the author believes that this is the right move because it provides us with a unified programming and performance model for all our data operations, irrespective of where the data resides.
机译:复杂,庞大的数据集的复杂处理要求我们重新考虑基于磁盘的存储与主内存处理之间的关系。现代系统的某些功能ȁ4;即64位体系结构,内存映射的稀疏文件,虚拟内存和写时复制支持ȁ4;让我们使用可读和高效的基于RAM的算法处理数据,仅将慢速磁盘和文件系统用于它们的大容量并确保数据的持久性。作者通过一个简短的C ++程序演示了这种方法,该程序可以在非常大的图(如Wikipedia)上找到最短路径。尽管基于RAM的处理再次提出了数据库系统已经解决的许多问题,但是作者认为这是正确的举动,因为它为我们所有数据操作提供了统一的编程和性能模型,无论数据位于何处。

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