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Driver Behaviour Characteristics Identification Strategies Based on the Bionic Intelligent Algorithms

机译:基于仿生智能算法的驾驶员行为特征识别策略

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The identification strategies of driver behaviour characteristics based on the bionic intelligent algorithms are introduced in this paper. First, a driver behaviour data acquisition system is established based on the dSPACE simulation platform. Then, in order to recognize the characteristics of driver behaviour, the preview optimal curvature model is chosen as the ideal driver behaviour model. This model consists of two parts as the vehicle model and the driver model. The vehicle model parameters are identified by least square method, and the driver model parameters that could represent different types of driver behaviours are identified through genetic algorithm and particle swarm optimization method. Finally, simulations are carried out to verify the identification strategies by Carsim and Matlab/Simulink. As compared the identified results with the real driver behaviour data, there is a high similarity between them, which means the driver behaviour characteristics that have been identified are very precise and reliable.
机译:本文介绍了基于仿生智能算法的驾驶员行为特征的识别策略。首先,基于DSPACE仿真平台建立驾驶员行为数据采集系统。然后,为了识别驾驶员行为的特征,选择预览最佳曲率模型作为理想的驱动程序行为模型。该模型由两部分组成,作为车辆模型和驾驶员模型。通过遗传算法和粒子群优化方法识别车辆模型参数,并且可以代表不同类型驱动程序行为的驾驶员模型参数。最后,进行了模拟以验证Carsim和Matlab / Simulink的识别策略。与真实驾驶员行为数据相比,它们之间的识别结果与它们之间存在高相似性,这意味着已识别的驾驶员行为特性非常精确可靠。

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