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open access
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ISSN : 1229-0696
This study aims to analyze and compare relative usability of conventional 2D-graphic in-car navigation system and augmented reality in-car navigation system on driver's information-processing and driving-related tracking performance using driving simulation method. For this purpose, participants were asked to track longitudinal and lateral changes in driving scene and to detect location of target which was provided randomly at one of four location of the screen. Eye movements such as glance frequencies and dwelling time were also measured. The results showed that augmented reality system induced better lateral tracking, faster target detection, and shorter system dwelling time than 2D-graphic system condition. The results implicated that augmented reality in-car navigation system can provide the driver with opportunity of preparing for lateral control of the vehicle by previewing future direction of the car, and allow for them to detect outside hazards with the less cost of system monitoring.
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