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How do drivers interact with navigation systems in real life conditions? Results of a field-operational-test on navigation systems

机译:驾驶员在现实生活中如何与导航系统交互?导航系统现场操作测试的结果

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As part of the project euroFOT, the impact and usage of navigation systems was studied in a Field-Operational Test (FOT). The usage and handling of two HMI-solutions for navigation systems - one was nomadic and the other integrated - were investigated during daily drives. For N = 99 drivers, data was recorded whenever drivers used their vehicles during a three month period. During these three months, drivers used an integrated navigation system for a month and a nomadic device for a month. In the third month, they did not use a navigation system at all (baseline). Drivers preferred system handling in low demanding driving situations, like standstill or at very low speeds. If system handling occurred while the vehicle was moving, then an adaption of speed and following distance was observed. No increase of critical driving situations, like very close distances, could be found during system inputs. Results indicated that drivers were cautious when they interacted with the navigation systems. They adapted their system handling to the demands of driving and there is no indication that driving safety was jeopardized. These results help to gain a better understanding of how experimental results on driver distraction relate to unobserved driver behavior during daily drives.
机译:作为euroFOT项目的一部分,在现场操作测试(FOT)中研究了导航系统的影响和使用。在日常驾驶中研究了两种用于导航系统的HMI解决方案的使用和处理-一种是游牧的,另一种是集成的。对于N = 99的驾驶员,在三个月内驾驶员每次使用车辆时都会记录数据。在这三个月中,驾驶员使用了一个集成导航系统一个月,使用了一个游牧设备一个月。在第三个月,他们根本没有使用导航系统(基线)。在低要求的驾驶情况下,例如静止或低速行驶时,驾驶员首选系统处理。如果在车辆行驶时发生系统操纵,则观察到速度和跟随距离的适应性。在系统输入期间,没有发现临界行驶情况的增加,例如非常近的距离。结果表明,驾驶员与导航系统互动时要谨慎。他们根据驾驶要求调整了系统处理方式,没有迹象表明驾驶安全受到了损害。这些结果有助于更好地了解驾驶员分心的实验结果如何与日常驾驶中未观察到的驾驶员行为有关。

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