道路特性评价对交通事故发生的影响

Marjana ČibranićDobrodolac, Tatiana Molková, L. Švadlenka
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引用次数: 5

摘要

提出了一种基于模糊逻辑的驾驶员交通事故倾向评价模型。所提出的模糊推理系统是基于三个输入变量和一个输出变量。输入变量为:观察路段危险点评价(选取9个危险点;但是,这9个点的分数升华在一个变量中),道路特征评估(选择7个道路特征;但是,这七个点的分数被升华为一个变量)和频率(输入变量频率是基于考生每周或每月在观察路段行驶的次数)。输出变量是驾驶员所经历的事故数量。该模型在305名司机样本上进行了测试,其中大部分是职业司机。结果是通过模糊推理系统在描述经验数据时产生的累积误差来感知的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Impact of Road Characteristics Assessment on The Traffic Accidents Occurrence
This paper proposes a model for assessment of driver’s propensity toward traffic accidents based on the implementation of fuzzy logic. The proposed Fuzzy inference system is based on three input variables and one output. Input variables are: The assessment of dangerous places on the observed road section (nine dangerous spots are selected; however, the scores from these nine spots are sublimated in one variable), Assessment of road characteristics (seven road characteristics are chosen; however, the scores from these seven spots are sublimated in one variable) and Frequency (Input variable Frequency is based on the criterion how many times a week or a month the examinee drives on the observed road section). Output variable is The number of accidents that a driver had experienced. The model is tested on the sample of 305 drivers and most of them are professional drivers. The results are perceived through the cumulative error that fuzzy inference system makes in description of empirical data.
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