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The Design and Evaluation of a Task-Centered Battery Interface

机译:以任务为中心的电池接口的设计和评估

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Battery interfaces provide important feedback about how much time users can continue using their mobile devices. Based on this information, they may develop mental models of the types of activities, tasks, and applications they can use before needing to recharge. Many of today's battery interfaces tend to report energy in coarse granularities or are highly inaccurate. As a result, users may find it difficult to depend on the estimates given. We conducted a survey with 104 participants to understand how users interact with various mobile battery interfaces. Based on the survey results, we designed and prototyped a task-centered battery interface on a mobile device that shows more accurate information about how long individual and combinations of tasks with several applications can be performed. Our pilot study of eight users demonstrated that fine-grained information separated by tasks can help users be more effective with and increase their understanding of their device's battery usage.
机译:电池接口提供有关用户可以使用其移动设备继续多长时间的重要反馈。根据此信息,他们可能会在需要在需要充电之前开发活动类型,任务和应用程序类型的心理模型。今天的许多电池界面往往会以粗糙粒度报告能量,或者非常不准确。因此,用户可能会发现难以取决于给出的估计值。我们对104名参与者进行了调查,以了解用户如何与各种移动电池接口进行交互。根据调查结果,我们在移动设备上设计和原型设计了一个任务集中的电池接口,该电池界面显示了可以执行有关多个应用程序多长时间和任务组合的更准确的信息。我们的八个用户的试验研究表明,由任务分隔的细粒度信息可以帮助用户更有效,并提高他们对设备的电池使用的理解。

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