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首页> 外文期刊>MOJ Civil Engineering >Interaction between Car Drivers and Vulnerable Road Users at Roundabouts
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Interaction between Car Drivers and Vulnerable Road Users at Roundabouts

机译:回旋处汽车驾驶员与弱势道路使用者之间的互动

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Roundabouts represent one of the most used road intersection. The reduction of conflict points between trafficflows, associated with the moderation of the driving speed, in fact, makes them preferable to signalizedintersections. However, great attention should be paid to bicycle and pedestrian paths present in the roundabout, because incidental statistics show that not always secure accessibility of these vulnerable users is ensured. According to this, the design approach of roundabouts must consider not only the transportation aspects, but also the drivers’ behavior. Their mechanisms of understanding, recognition and decision, in fact, heavily influence the mutual interaction with pedestrians and cyclists. Furthermore, considering that users widely scan with eyes the surrounding environment during the driving task, searching for the relevant information on their spatial and temporal position, is crucial to consider which elements of the road environment are seen and considered by drivers, in order to design roundabouts that are safe for all categories of users. This paper reports the results of an experimental test, which involved a sample of drivers who have traveled by car along a road section including two roundabouts. By an innovative eye tracking equipment, able to track the eye movements (saccades), the sight point of the drivers’ eye and their visual behavior in entering, circulating and exiting from the roundabouts have been analyzed. The interaction with non-motorized users was focused, obtaining useful information for the design of cycling and walking paths in these intersections.
机译:回旋处代表最常用的道路交叉口之一。实际上,与行驶速度的降低相关的交通流之间冲突点的减少使它们比信号交叉口更可取。但是,应特别注意回旋处的自行车道和人行道,因为偶然的统计数据表明,并非总是能确保这些易受伤害的使用者的可及性。因此,回旋处的设计方法不仅要考虑交通方面,还要考虑驾驶员的行为。实际上,他们的理解,识别和决策机制会极大地影响与行人和骑车人的互动。此外,考虑到用户在驾驶任务期间用眼睛广泛地扫描周围环境,搜索有关他们的时空位置的相关信息,对于考虑驾驶员看到并考虑道路环境的哪些要素至关重要,以便进行设计对所有类别的用户都是安全的回旋处。本文报告了一项实验测试的结果,该测试涉及一个样本,这些样本是沿着包含两个环形交叉路口的路段乘汽车行驶的。通过能够跟踪眼睛运动(扫视)的创新型眼动追踪设备,分析了驾驶员眼睛的视点以及他们在回旋处进入,环流和驶出的视觉行为。与非机动用户的互动着重于此,从而为这些交叉路口的自行车道和步行道设计提供了有用的信息。

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