Following continuous software engineering practices, there has been an increasing interest in rapid deployment of machine learning (ML) features, called MLOps. In this paper, we study the importance of MLOps in the context of data scientists' daily activities, based on a survey where we collected responses from 331 professionals from 63 different countries in ML domain, indicating on what they were working on in the last three months. Based on the results, up to 40% respondents say that they work with both models and infrastructure; the majority of the work revolves around relational and time series data; and the largest categories of problems to be solved are predictive analysis, time series data, and computer vision. The biggest perceived problems revolve around data, although there is some awareness of problems related to deploying models to production and related procedures. To hypothesise, we believe that organisations represented in the survey can be divided to three categories -- (i) figuring out how to best use data; (ii) focusing on building the first models and getting them to production; and (iii) managing several models, their versions and training datasets, as well as retraining and frequent deployment of retrained models. In the results, the majority of respondents are in category (i) or (ii), focusing on data and models; however the benefits of MLOps only emerge in category (iii) when there is a need for frequent retraining and redeployment. Hence, setting up an MLOps pipeline is a natural step to take, when an organization takes the step from ML as a proof-of-concept to ML as a part of nominal activities.
翻译:在连续的软件工程实践之后,人们越来越关注机器学习(ML)功能的迅速部署,称为MLOPs。在本文中,我们根据一项调查研究MLps在数据科学家日常活动方面的重要性,我们从ML领域63个不同国家的331名专业人员那里收集了答复,表明他们在过去三个月里的工作情况。根据调查结果,多达40%的答卷人表示,他们既与模型和基础设施合作;大多数工作围绕关系和时间序列数据进行;需要解决的最大类别是预测性分析、时间序列数据和计算机愿景。我们发现的最大问题围绕数据,尽管我们在一定程度上认识到与将模型部署到生产和有关程序有关的问题。假说,我们认为,调查所代表的组织可以分为三类:(一) 研究如何最好地使用数据;(二) 侧重于建立第一个模型并使它们进入生产阶段;(三) 管理若干模型、其版本和培训数据集,以及再培训和经常部署的阶段模型。但是,在确定一个经常性数据类别时,多数答复者是作为经常性数据的一部分,因此,在确定一个经常性的类别时,多数答复者是作为经常性的数据的收益。