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Car-following Safety Algorithms Based on Adaptive Cruise Control Strategies

机译:基于Adaptive Cruise控制策略的汽车之后的安全算法

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Driving dynamic behaviour has been becoming increasingly complex in urban traffic, it is very difficulty to realistically measure the driver''s car-following safety behaviour because some vehicles have been equipped with the ACC(Adaptive Cruise Control) system. In order to understand the acceleration and deceleration performance of ACC system, the comprehensive analysis of vehicle-to-vehicle safety interactions is very essential to devise some control laws for preventing rear-end collisions in the car-following situations. This paper presents the deceleration and acceleration algorithms for describing driver''s car-following safety behaviour based on adaptive cruise control strategies, the main objectives of our research are to investigate driver''s car-following safety behaviour by considering the influence of ACC, and then to develop an integrated car-following safety simulation for evaluating congested urban traffic at the microscopic level.
机译:在城市交通中驾驶动态行为一直变得越来越复杂,难以逼真地衡量驾驶员的汽车跟踪安全行为,因为一些车辆已经配备了ACC(自适应巡航控制)系统。为了了解ACC系统的加速和减速性能,车辆到车辆安全相互作用的综合分析非常重要,以防止在汽车跟踪情况下防止后端碰撞的一些控制规律是必不可少的。本文介绍了用于描述驾驶员汽车跟踪安全行为的减速和加速算法,基于自适应巡航控制策略,我们研究的主要目标是通过考虑ACC的影响来调查驾驶员的汽车跟踪安全行为,然后开发一个用于评估微观级别的拥挤城市交通的综合车载安全仿真。

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