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Research on Drivers' Cognitive Level at Different Self-explaining Intersections

机译:不同自解释交叉路口司机认知水平的研究

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One demand for road is the ensurance of self-explaining, under which means road users can make correct subjective classifications and expectations of road environment. Based on quantification of driver's driving cognitive behavior and the self- explaining road theory, this paper designs road environments with different self-interpretation levels as experimental scenes. Through a driving simulation experiment, the changing process of driver's cognitive workload level is simulated based on Hidden Markov Model. The Hidden Markov Model identifies the driving intention under the combined working conditions, thereby judging driving awareness of the road environment, and evaluating the self-interpretation level of each experimental scene.
机译:对道路的一个需求是自解释的保证,这意味着道路用户可以做出正确的道路环境的主观分类和期望。 基于驾驶员驾驶认知行为的量化和自解释道路理论,本文设计具有不同自我解释水平的道路环境作为实验场景。 通过驾驶仿真实验,基于隐马尔可夫模型模拟驾驶员认知工作量级别的变化过程。 隐藏的马尔可夫模型识别在组合的工作条件下的驾驶意图,从而判断道路环境的推动意识,并评估每个实验场景的自我解释水平。

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