Methods for Investigating Road Traffic Accidents Using Modern Automated Means

IF 0.3 Q4 ENGINEERING, MULTIDISCIPLINARY
O. Saraiev, S. Danez
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引用次数: 2

Abstract

The paper presents investigation methods which are aimed at increasing an accuracy in determination of parameters for movement of vehicles in the reconstruction process of road traffic accidents. The problems with a target to improve a method for calculation of vehicle movement speed and location coordinates at different time moments have been solved in the paper. In order to determine more accurately nature of vehicle damage and their location on carriageway, a laser scanning method has been applied which makes it possible to reduce an error while determining dimensions and distances, and to shorten time for an inspection of the road traffic accident place. The presence of a scanned image in three-dimensional form allows more accurately to simulate nature and angle concerning approach of vehicles prior to a collision. A methodological support for determination of vehicle movement parameters has been developed on the basis of the recorded data from driving video recorders (DVRs). It has been established that an error in measuring a speed of movement for vehicles will depend on quality of a video image, length of the investigated area and range of possible speeds. A relative error will be the higher, the smaller we have vehicle speed range and length of the investigated section. A mathematical model of vehicle speed change in a differential form has been compiled and solved in the paper. The model allows to calculate a speed of motion at different time moments with respect to recording from driving video recorders. In addition, the developed methodology permits more accurately to determine coordinates of vehicle location on a photoand video image. This is especially important while determining places of pedestrian-road accident or vehicle collision location of the collision or the place of collision with regard to the edge of carriageway. Unlike subjective research methods when initial data for carrying out auto-technical investigations are established by interviewing witnesses and the accused, the proposed methods make it possible to permit reconstruction of a road traffic accident exclusively by objective methods with the help of automated technical means.
运用现代自动化手段调查道路交通事故的方法
本文提出了在道路交通事故重建过程中提高车辆运动参数确定精度的调查方法。本文解决了以改进车辆在不同时刻运动速度和位置坐标计算方法为目标的问题。为了更准确地确定车辆损坏的性质及其在行车道上的位置,应用激光扫描方法可以减少确定尺寸和距离时的误差,并缩短检查道路交通事故地点的时间。三维扫描图像的存在可以更准确地模拟碰撞前车辆接近的性质和角度。基于行车录像记录仪(dvr)记录的数据,开发了一种支持确定车辆运动参数的方法。已经确定,测量车辆运动速度的误差将取决于视频图像的质量、所调查区域的长度和可能速度的范围。研究路段的车速范围和长度越小,相对误差越大。本文建立了车辆速度变化的微分数学模型,并进行了求解。该模型可以根据行车录像记录计算不同时刻的运动速度。此外,所开发的方法可以更准确地确定照片和视频图像上车辆位置的坐标。这在确定行人道路事故地点或车辆碰撞位置或碰撞地点相对于行车道边缘时尤为重要。与主观研究方法不同,主观研究方法是通过采访证人和被告来确定进行汽车技术调查的初步数据,而拟议的方法可以在自动化技术手段的帮助下,完全通过客观方法来重建道路交通事故。
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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来源期刊
Science & Technique
Science & Technique ENGINEERING, MULTIDISCIPLINARY-
自引率
50.00%
发文量
47
审稿时长
8 weeks
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