Beyond self-report data, we lack reliable and non-intrusive methods for identifying flow. However, taking a step back and acknowledging that flow occurs during periods of focus gives us the opportunity to make progress towards measuring flow by isolating focused work. Here, we take a mixed-methods approach to design a logs-based metric that leverages machine learning and a comprehensive collection of logs data to identify periods of related actions (indicating focus), and validate this metric against self-reported time in focus or flow using diary data and quarterly survey data. Our results indicate that we can determine when software engineers at a large technology company experience focused work which includes instances of flow. This metric speaks to engineering work, but can be leveraged in other domains to non-disruptively measure when people experience focus. Future research can build upon this work to identify signals associated with other facets of flow.
翻译:除了自我报告数据外,我们缺乏可靠且不会干扰的方法来识别流动。然而,退一步并认识到流动发生在专注期间,让我们有机会通过分离专注工作来取得测量流动的进展。在这里,我们采用混合研究方法,设计一种基于日志的度量,在综合收集的日志数据中利用机器学习,识别相关行动期间(表示专注),并利用日记数据和季度调查数据验证此度量标准与自我报告专注或流动的时间的一致性。我们的结果表明,我们可以确定大型技术公司的软件工程师何时经历专注工作,其中包括流动的情况。这个标准指的是工程工作,但可以在其他领域利用它来测量人们体验焦点的时间。未来的研究可以在这项工作基础上,识别与流动其他方面相关的信号。