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In-Car Dictation and Driver's Distraction: A Case Study

机译:车载听写和驾驶员分心:案例研究

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摘要

We describe a prototype dictation UI for use in cars and evaluate it by measuring (1) driver's distraction, (2) task completion time, and (3) task completion quality. We use a simulated lane change test (LCT) to assess driving quality while using the prototype, while texting using a cell phone and when just driving. The prototype was used in two modes - with and without a display (eyes-free). Several statistics were collected from the reference and distracted driving LCT trips for a group of 11 test subjects. These statistics include driver's mean deviation from ideal path, the standard deviation of driver's lateral position on the road, reaction times and the amount and quality of entered text. We confirm that driving performance was significantly better when using a speech enabled UI compared to texting using a cell phone. Interestingly, we measured a significant improvement in driving quality when the same dictation prototype was used in eyes-free mode.
机译:我们描述了用于汽车的原型听写界面,并通过测量(1)驾驶员的注意力,(2)任务完成时间和(3)任务完成质量来对其进行评估。我们使用模拟车道变更测试(LCT)来评估使用原型时的驾驶质量,使用手机发短信时以及刚刚驾驶时的驾驶质量。原型以两种模式使用-带有和不带有显示屏(无眼)。从参考中收集了一些统计数据,并分散了11个测试对象的驾驶LCT行驶次数。这些统计信息包括驾驶员与理想路径的平均偏差,驾驶员在道路上的横向位置的标准偏差,反应时间以及输入文字的数量和质量。我们确认,与使用手机发短信相比,使用支持语音的UI时的驾驶性能明显更好。有趣的是,当在无眼模式下使用相同的命令原型时,我们测量了驾驶质量的显着改善。

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