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The Effect of Adverse Visibility on Driver Steering Performance in an Automobile Simulator
ISSN: 0148-7191, e-ISSN: 2688-3627
Published February 1, 1977 by SAE International in United States
Annotation ability available
The driver's ability to control the lateral position of an automobile is dependent on his perception of the command path (roadway) to be followed. This perception is affected by both the configuration of road markings and other features, and the visibility of these elements. As visibility decreases, the driver's preview of the commanded path is reduced.
Theory indicates that driver performance should degrade with reduced preview and configurational parameters which characterize the intermittent nature of delineation (e.g., dashed lines). This paper describes a simulation experiment in which driver behavior and driver/vehicle system performance were measured over a range of visibility and configuration parameter variations. Driver dynamic response and noise (remnant) were reliably affected by variations in visibility and configuration. These effects were also reflected in system performance measures such as lane deviations. The results suggest minimum perceptual (visibility) requirements for the driver to maintain adequate steering control of a car under reduced visibility conditions.
CitationAllen, R. and McRuer, D., "The Effect of Adverse Visibility on Driver Steering Performance in an Automobile Simulator," SAE Technical Paper 770239, 1977, https://doi.org/10.4271/770239.
- Knowles Middleton W. E., “Vision Through the Atmosphere.” Toronto, Canada: Univ. of Toronto, 1952.
- Blackwell H. R., “Contrast Thresholds of the Human Eye.” J. of the Optical Society of America, No. 36, 1946, pp. 624-643.
- McLean J. R. and Hoffman E. R., “The Effects of Restricted Preview on Driver Steering Control and Performance.” Human Factors, Vol. 15, No. 4, Aug. 1973, pp. 421-430.
- Frenk R. S., Skaar D. E., and Tennant J. A., “Driver's Visual Detection,” SAE Paper 720142 presented at the SAE Automotive Engineering Congress, Detroit, Mich., Jan. 10-14, 1972.
- Weir D. H. and McRuer D. T., “A Theory for Driver Steering Control of Motor Vehicles.” Highway Research Record, Vol. 247, 1968, pp. 7-28.
- McRuer Duane T., Allen R. Wade, Weir David H., and Klein Richard H., “New Results in Driver Steering Control Models.” Human Factors, forthcoming paper, 1977.
- Weir David H. and McRuer Duane T., “Dynamics of Driver/Vehicle Steering Control.” Automatica, Vol. 6, No. 1, Jan. 1970, pp. 87-98.
- McRuer D. T., Klein R. H., Weir D. H., Allen R. W., Humes R. W., and Zellner J. W., “Automobile Controllability - Driver/Vehicle Response for Steering Control, Vol. I: Summary Report, Vol. II: Supporting Experimental Results.” DOT HS-801 407 and DOT HS-801 406, Feb. 1975.
- Weir D. H. and McRuer D. T., “Measurement and Interpretation of Driver Steering Behavior and Performance.” SAE Paper 730098, Jan. 1973.
- McRuer D. T., Weir D. H., Jex H. R., Magdaleno R. E., and Allen R. W., “Measurement of Driver/Vehicle Multiloop Response Properties with a Single Disturbance Input.” IEEE Trans., Vol. SMC-5, No. 5, Sept. 1975, pp. 490-497.
- Jex Henry R., Allen R. Wade, and Magdaleno Raymond E., “Display Format Effects on Precision Tracking Performance, Describing Functions, and Remnant.” AMRL-TR-71-63, Aug. 1971.
- Allen R. W., Clement W. F., and Jex H. R., “Research on Display Scanning, Sampling, and Reconstruction Using Separate Main and Secondary Tracking Tasks.” NASA CR-1569, July 1970.
- McRuer D. T. and Krendel E. S., “Mathematical Models of Human Pilot Behavior.” AGARDograph No. 188, Jan. 1974.
- Allen R. Wade, Hogge Jeffrey R., and Schwartz Stephen H., “An Interactive Driving Simulation for Driver Control and Decision-Making Research.” NASA TM X-62,464, May 1975, pp. 396-407.
- Allen R. Wade, Hogge Jeffrey R., and Schwartz Stephen H., “A Simulator for Research in Driver, Vehicle and Environment Interaction.” Systems Technology, Inc., P-184, to be presented at the 56th Annual Meeting of the TRB, Jan. 1977.
- Weir D. H. and Wojcik C. K., “Simulator Studies of the Driver's Dynamic Response in Steering Control Tasks.” Driving Simulation, Highway Research Record No. 364, 1971, pp. 1-15.
- Allen R. Wade, Jex Henry R., McRuer Duane T., and DiMarco Richard J., “Alcohol Effects on Driving Behavior and Performance in a Car Simulator.” IEEE Trans., Vol. SMC-5, No. 5, Sept. 1975, pp. 498-505.
- Wojcik C. K. and Allen R. W., “Studies of the Driver as a Control Element - Phase No. 3.” UCLA-ENG-7148, July 1971.