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Declarative Recursive Computation on an RDBMS

机译:RDBMS上的陈述性递归计算

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We explore the close relationship between the tensor-based computations performed during modern machine learning, and relational database computations. We consider how to make a very small set of changes to a modern RDBMS to make it suitable for distributed learning computations. Changes include adding better support for recursion, and optimization and execution of very large compute plans. We also show that there are key advantages to using an RDBMS as a machine learning platform. In particular, DBMS-based learning allows for trivial scaling to large data sets and especially large models, where different computational units operate on different parts of a model that may be too large to fit into RAM.
机译:我们探讨了在现代机器学习期间执行的张量计算与关系数据库计算之间的密切关系。我们考虑如何对现代RDBMS进行非常少量的更改,使其适合分布式学习计算。更改包括为递归添加更好的支持,以及对非常大的计算计划的优化和执行。我们还表明,使用RDBMS作为机器学习平台存在关键优势。特别地,基于DBMS的学习允许琐碎的缩放到大数据集,尤其是大型模型,其中不同的计算单元在模型的不同部分上运行,该模型可能太大而无法适合RAM。

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