A data centric AI framework for automating exploratory data analysis and data quality tasks

IF 1.5 Q3 COMPUTER SCIENCE, INFORMATION SYSTEMS ACM Journal of Data and Information Quality Pub Date : 2023-06-26 DOI:10.1145/3603709
Hima Patel, Shanmukha C. Guttula, Nitin Gupta, Sandeep Hans, Ruhi Sharma Mittal, Lokesh N
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Abstract

Democratisation of machine learning (ML) has been an important theme in the research community for the last several years with notable progress made by the model-building community with automated machine learning models. However, data plays a central role in building ML models and there is a need to focus on data-centric AI innovations. In this paper, we first map the steps taken by data scientists for the data preparation phase and identify open areas and pain points via user interviews. We then propose a framework and four novel algorithms for exploratory data analysis and data quality for AI steps addressing the pain points from user interviews. We also validate our algorithms with open-source datasets and show the effectiveness of our proposed methods. Next, we build a tool that automatically generates python code encompassing the above algorithms and study the usefulness of these algorithms via two user studies with data scientists. We observe from the first study results that the participants who used the tool were able to gain 2X productivity and 6% model improvement over the control group. The second study is performed in a more realistic environment to understand how the tool would be used in real-world scenarios. The results from this study are coherent with the first study and show an average of 30-50% of time savings that can be attributed to the tool.
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一个以数据为中心的AI框架,用于自动化探索性数据分析和数据质量任务
机器学习(ML)的民主化在过去几年中一直是研究界的一个重要主题,模型构建社区在自动化机器学习模型方面取得了显着进展。然而,数据在构建机器学习模型中起着核心作用,需要关注以数据为中心的人工智能创新。在本文中,我们首先绘制了数据科学家在数据准备阶段所采取的步骤,并通过用户访谈确定了开放领域和痛点。然后,我们提出了一个框架和四种新颖的算法,用于探索性数据分析和数据质量,以解决用户访谈中的痛点。我们还用开源数据集验证了我们的算法,并展示了我们提出的方法的有效性。接下来,我们构建一个工具,自动生成包含上述算法的python代码,并通过与数据科学家进行两次用户研究来研究这些算法的有用性。我们从第一个研究结果中观察到,使用该工具的参与者能够比对照组获得2倍的生产力和6%的模型改进。第二项研究是在一个更现实的环境中进行的,以了解该工具如何在现实场景中使用。这项研究的结果与第一项研究一致,表明该工具平均节省了30-50%的时间。
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来源期刊
ACM Journal of Data and Information Quality
ACM Journal of Data and Information Quality COMPUTER SCIENCE, INFORMATION SYSTEMS-
CiteScore
4.10
自引率
4.80%
发文量
0
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