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Application of neural network in order to recognise individuality of course of vehicle and pedestrian body contacts during accidents

机译:神经网络在事故过程中识别车辆和行人身体触点的个性

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We have performed experimental evaluation of the possibility to recognize the type of the vehicle vs. pedestrian collision based on the extent and localization of the pedestrian's injuries. The experiments verify the possibility to recognize the attributes of a collision to certain extent and the possibility to identify it based on these. We have used simulated data and a feedforward artificial neural network. The real world injuries can be parameterized by means of the FORTIS forensic system. We have simulated 255 collisions using the PC Crash program. We describe the process of data preparation , artificial neural network training and the experimental results that suggest that the individuality of pedestrian and vehicle collision parameters can be recognized.
机译:根据行人伤害的程度和本地化,我们对识别车辆类型与行人碰撞的可能性进行了实验评价。实验验证了识别碰撞的属性在某种程度和基于这些方面识别它的可能性。我们使用了模拟数据和前馈人工神经网络。通过Fortis法医系统可以参数化现实世界伤害。我们使用PC崩溃程序模拟了255个碰撞。我们描述了数据准备,人工神经网络培训和实验结果的过程,表明可以识别行人和车辆碰撞参数的个性。

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