Optimising energy characteristics of Head Worn Displays for active use in factory environments

S. Rauh, Daniel Grauf, Sven Schwager, S. Bolch, G. Meixner
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引用次数: 1

Abstract

In this work it is described how to successfully extend the operating time of android-based wearable devices exemplified using the Head Worn Display Glass of Google Inc. Therefore, a use case at the AUDI A8 production line was picked for which an application already has been implemented. Ways to optimise power consumption have been examined and the usability of the application was improved by continuing applying the Human Centred Design process as described in ISO 9241-210. Hence, users were interviewed and their opinion on Mock-Ups and (functional) prototypes have been considered from the very beginning of the development process. The application finally was evaluated in a testing environment. It could be used without the interruptions by overheating or lack of battery capacity, which occurred before. Furthermore, the participants were able to fulfil their work tasks about 25 s faster than without the device.
优化头戴式显示器在工厂环境中积极使用的能量特性
在这项工作中,描述了如何成功地延长基于android的可穿戴设备的操作时间,例如使用谷歌公司的头戴式显示眼镜。因此,在奥迪A8生产线上选择了一个已经实现了应用程序的用例。通过继续应用ISO 9241-210中描述的以人为本的设计过程,已经检查了优化功耗的方法,并改进了应用程序的可用性。因此,我们从开发过程的一开始就对用户进行了采访,并考虑了他们对模型和(功能)原型的意见。最后在测试环境中对应用程序进行了评估。它可以避免因过热或电池容量不足而中断使用,而这种情况以前曾发生过。此外,参与者完成工作任务的速度比没有设备时快了25秒。
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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