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2003•International Conference on Human-Computer InteractionRequires access

적응순항제어 운전 특성 연구

남형권, 이운성

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Abstract

Adaptive Cruise Control (ACC) system can automatically adjust the headway-time and driver vehicle's speed between a driver vehicle and a preceding vehicle. Driving simulator is virtual reality tool that allows Driver-In-the-Loop Simulation in the laboratory. This paper addresses driving behavior with Adaptive Cruise Control (ACC) system using driving simulator. Participants with different driving styles have driven the simulator with and without ACC through a highway route. Participants are divided by Driving Style Questionnaire (DSQ)-Focus, Speed and Total DSQ scores. Driving behavior in terms of average headway-time, lateral position of a car, and head and gaze movement has been investigated.

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What this paper is about

Adaptive Cruise Control (ACC) system can automatically adjust the headway-time and driver vehicle's speed between a driver vehicle and a preceding vehicle. Driving simulator is virtual reality tool that allows Driver-In-the-Loop Simulation in the laboratory. This paper addresses driving behavior with Adaptive Cruise Control (ACC) system using driving simulator. Participants with different driving styles have driven the simulator with and without ACC through a highway route. Participants are divided by Driving Style Questionnaire (DSQ)-Focus, Speed and Total DSQ scores. Driving behavior in terms of average headway-time, lateral position of a car, and head and gaze movement has been investigated.

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Available abstract

Adaptive Cruise Control (ACC) system can automatically adjust the headway-time and driver vehicle's speed between a driver vehicle and a preceding vehicle. Driving simulator is virtual reality tool that allows Driver-In-the-Loop Simulation in the laboratory. This paper addresses driving behavior with Adaptive Cruise Control (ACC) system using driving simulator. Participants with different driving styles have driven the simulator with and without ACC through a highway route. Participants are divided by Driving Style Questionnaire (DSQ)-Focus, Speed and Total DSQ scores. Driving behavior in terms of average headway-time, lateral position of a car, and head and gaze movement has been investigated.

Key concepts: Cruise control, Headway, Driving simulator, Simulation, Computer science, Cruise, Virtual reality, Gaze

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