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Naturalistic study on the usage of smartphone applications among Finnish drivers

机译:芬兰驾驶员对智能手机应用程序使用情况的自然主义研究

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摘要

We present results from a naturalistic study that tracked how Finnish drivers use their smartphones while on the move. We monitored 30 heavy in-car smartphone users in Finland during June September 2016, recording the times that they used their phones, the application used at the time of touch (calls excluded), the location and driving speed. Touches per time unit were used as a proxy for estimating visual-manual distraction due to visual manual tasks. Our data set allows the determining of whether drivers use their phones differently on varying road types (highway, main road, local rural road, urban road). We found that the road type has an effect on phone use but the effect is contrary to what we expected. Drivers produced more touches per hour on urban roads, yet the use instances tend to be shorter than on the highway or main roads. We also collected statistics on the applications that were used. By far the highest overall rankings in the number of drivers using, number of uses, and duration per use instance was associated with the WhatsApp messaging service. One instance of WhatsApp use had a median of 8 touches, and had a median duration of 35 s. In contrast, navigation application use included a median of 3 touches and lasted for 11 s. The findings suggest that the Finnish smartphone heavy users do not decrease their phone use when the demands of the traffic conditions increase and that the greatest risk from smartphone use may be currently caused by messaging applications.
机译:我们提供了一项自然主义研究的结果,该研究跟踪了芬兰驾驶员在旅途中如何使用智能手机。我们在2016年6月对芬兰30名重型车载智能手机用户进行了监控,记录了他们使用手机的时间,触摸时使用的应用程序(不包括通话),位置和行车速度。每个时间单位的触摸被用作估计由于视觉手动任务而引起的视觉手动分心的代理。我们的数据集可以确定驾驶员在不同的道路类型(高速公路,主干路,当地农村道路,城市道路)上是否使用手机不同。我们发现道路类型会影响手机的使用,但这种效果与我们的预期相反。驾驶员每小时在城市道路上产生的触摸更多,但使用实例往往比高速公路或主要道路上的触摸实例短。我们还收集了有关所使用应用程序的统计信息。迄今为止,在WhatsApp消息传递服务中,使用的驱动程序数量,使用次数和每个使用实例的持续时间最高的总体排名。使用WhatsApp的实例中位数为8次触摸,中位数持续时间为35 s。相比之下,导航应用程序的使用中位数为3次触摸,持续了11秒。研究结果表明,当交通状况的需求增加时,芬兰智能手机的重度用户不会减少其手机的使用,而智能手机使用的最大风险目前可能是由消息传递应用程序引起的。

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