Environmental Cues Involved in the Visual Anticipation of a Collision

Abstract

An experimentation was carried out to test the role of global and local visual information on the visual anticipation of a collision. We simulated a driver's approach to an intersection where another vehicle was arriving This vehicle could reach the intersection 1000 msec, 500 msec or 200 msec before or after the driver. The road surface (uniform or textured) and environmental cues (delineation lines) were manipulated. Subjects had to anticipate, by pressing as quickly as possible one of the two buttons placed on the vehicle's wheel, whether the other vehicle would arrive before of after them at the intersection. Results show that the visual anticipation of a collision depends on various visual cues included in the road environment, such as the road texture or delineation lines. They are consistent with previous findings that showed that the sensation of self-motion is increased by the presence of a structured environment.

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References

Berthelon

Mestre

(1993). Curvilinear approach to an intersection and visual detection of a collision. Human Factors 35, 521–534.

Berthelon

Mestre

Nachtergaële

(1997). Road environment and visual anticipation of a collision during self-motion. Communication in « Vision in Vehicles 7 » conference. Marseille, France, 14–17 septembre 1997.

Berthelon

Mestre

Pottier

Pons

(1998). Is visual Anticipation of Collision during self-motion related to perceptual style? Acta Psychologica, 98, 1–16.

Distler

(1996). Psychophysical experiments in virtual environments. In “Virtual Reality World 96 Conference” Documentation. München: Computerwoche Verlag AG, 1996.

Gibson

J.J.

(1958). Visually controlled locomotion and visual orientation in animals. British Journal of Psychology 49, 182–194.

Larish

J.F.

Flach

J.M.

(1990). Sources of optical information useful for perception of speed of rectilinear self-motion. Journal of Experimental Psychology: Human Perception and Performance 16, 295–302.

Owen

D.H.

Warren

(1987). Perception and control of self-motion: Implications for visual simulation of vehicular locomotion. Ergonomics and Human Factors Recent Research, 40–70.

Santos

J.A.

(1997). Detection time of a leading vehicle's motion: Effects of driving speed and road layout. In: Traffic and Transport Psychology, theory and application ( Rothengatter

Vaya

E.C.

, eds.), pp 113–120. Pergamon Press, Amsterdam.

Warren

W.H.

Mestre

Blackwell

A.W.

Morris

M.W.

(1991). Perception of circular heading from optical flow. Journal of Experimental Psychology: Human Perception and Performance 17, 28–43.

10.

Jamson

A.H.

Pyne

H.C.

Carsten

O.M.J.

(1999). Evaluation of traffic calming measures using the Leeds Driving Simulator. Proceeding of “Driving simulation conference”, Paris, France, 7–8 July 1999, pp425–441.