2003PROCEEDINGS OF 18TH INTERNATIONAL TECHNICAL CONFERENCE ON THE ENHANCED SAFETY OF VEHICLES, HELD NAGOYA, JAPAN, 19-22 MAY 2003Requires access

DRIVER'S LOAD OF VOICE INTERACTION SYSTEM IN VEHICLES

Yonosuke Miki, H Yoshitsugu, Kazuhide Ito

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Abstract

On-board voice interaction systems such as voice activation system or text-to-speech (TTS) system enable drivers to operate devices or to obtain the desired information without relying on their visual processes. Although these systems are thought to reduce the driver's workload, few papers published have quantified any reduction. This paper describes the tests that were carried out to determine its potential influence on drivers' mental distraction. Tests were conducted with a driving simulator and with an actual vehicle. Subjects were given various on-board device tasks to operate while driving. Their eye motion, response time to the illumination of the LED installed in a vehicle and vehicle behaviour data were recorded when the tasks were performed. The results obtained for all of the indices show that the mental distraction level when listening to a TTS reading of information is comparable to that of listening to the car radio and the workload of the voice activation system is significantly lower than that of a traditional manual operation system. For the covering abstract see ITRD E825082.

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What this paper is about

On-board voice interaction systems such as voice activation system or text-to-speech (TTS) system enable drivers to operate devices or to obtain the desired information without relying on their visual processes. Although these systems are thought to reduce the driver's workload, few papers published have quantified any reduction. This paper describes the tests that were carried out to determine its potential influence on drivers' mental distraction. Tests were conducted with a driving simulator and with an actual vehicle. Subjects were given various on-board device tasks to operate while driving. Their eye motion, response time to the illumination of the LED installed in a vehicle and vehicle behaviour data were recorded when the tasks were performed. The results obtained for all of the indices show that the mental distraction level when listening to a TTS reading of information is comparable to that of listening to the car radio and the workload of the voice activation system is significantly lower than that of a traditional manual operation system. For the covering abstract see ITRD E825082.

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Available abstract

On-board voice interaction systems such as voice activation system or text-to-speech (TTS) system enable drivers to operate devices or to obtain the desired information without relying on their visual processes. Although these systems are thought to reduce the driver's workload, few papers published have quantified any reduction. This paper describes the tests that were carried out to determine its potential influence on drivers' mental distraction. Tests were conducted with a driving simulator and with an actual vehicle. Subjects were given various on-board device tasks to operate while driving. Their eye motion, response time to the illumination of the LED installed in a vehicle and vehicle behaviour data were recorded when the tasks were performed. The results obtained for all of the indices show that the mental distraction level when listening to a TTS reading of information is comparable to that of listening to the car radio and the workload of the voice activation system is significantly lower than that of a traditional manual operation system. For the covering abstract see ITRD E825082.

Key concepts: Distraction, Workload, Active listening, Computer science, Driving simulator, Reading (process), Engineering, Simulation

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