InferSpark: Statistical Inference at Scale

Zhuoyue Zhao, Eric Lo, Kenny Q. Zhu, Chris Liu
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引用次数: 3

Abstract

The Apache Spark stack has enabled fast large-scale data processing. Despite a rich library of statistical models and inference algorithms, it does not give domain users the ability to develop their own models. The emergence of probabilistic programming languages has showed the promise of developing sophisticated probabilistic models in a succinct and programmatic way. These frameworks have the potential of automatically generating inference algorithms for the user defined models and answering various statistical queries about the model. It is a perfect time to unite these two great directions to produce a programmable big data analysis framework. We thus propose, InferSpark, a probabilistic programming framework on top of Apache Spark. Efficient statistical inference can be easily implemented on this framework and inference process can leverage the distributed main memory processing power of Spark. This framework makes statistical inference on big data possible and speed up the penetration of probabilistic programming into the data engineering domain.
InferSpark:大规模的统计推断
Apache Spark栈支持快速的大规模数据处理。尽管有丰富的统计模型和推理算法库,但它并没有给领域用户开发自己的模型的能力。概率编程语言的出现显示了以简洁和程序化的方式开发复杂概率模型的希望。这些框架具有为用户定义的模型自动生成推理算法和回答关于模型的各种统计查询的潜力。现在是将这两个伟大的方向结合起来,产生一个可编程的大数据分析框架的完美时机。因此,我们提出了一个基于Apache Spark的概率编程框架——InferSpark。在这个框架上可以很容易地实现高效的统计推理,推理过程可以利用Spark的分布式主内存处理能力。该框架使得对大数据的统计推断成为可能,并加速了概率编程在数据工程领域的渗透。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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