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Van Houten, Ron; Hilton, Bryan; Schulman, Richard; Reagan, Ian – Journal of Applied Behavior Analysis, 2011
This study evaluated a device that applied a sustained increase in accelerator pedal back force whenever drivers exceeded a preset speed criterion without buckling their seat belts. This force was removed once the belt was fastened. Participants were 6 commercial drivers who operated carpet-cleaning vans. During baseline, no contingency was in…
Descriptors: Traffic Safety, Restraints (Vehicle Safety), Motor Vehicles, Evaluation
Crowley-Koch, Brian J.; Van Houten, Ron; Lim, Eunyoung – Journal of Applied Behavior Analysis, 2011
Pedestrian safety is a serious concern at busy intersections and pedestrian campuses across the nation. Although crosswalks and signs inform pedestrians where to cross, there is no standard protocol for pedestrians to signal drivers that they wish to use the crosswalks, except to stand in or at the crosswalk. We examined the effects of two…
Descriptors: Pedestrian Traffic, Safety Education, Traffic Safety, Prompting
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VanWagner, Michelle; Van Houten, Ron; Betts, Brian – Journal of Applied Behavior Analysis, 2011
In 2008, nearly 31% of vehicle fatalities were related to failure to adhere to safe vehicle speeds (National Highway Traffic Safety Administration [NHTSA], 2009). The current study evaluated the effect of a rectangular rapid-flashing beacon (RRFB) triggered by excessive speed on vehicle speed using a combined alternating treatments and reversal…
Descriptors: Traffic Safety, Motor Vehicles, Predictor Variables, Measurement Equipment
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Van Houten, Ron; Malenfant, J. E. Louis; Reagan, Ian; Sifrit, Kathy; Compton, Richard – Journal of Applied Behavior Analysis, 2010
This study evaluated a device that prevents drivers from shifting vehicles into gear for up to 8 s unless seat belts are buckled. Participants were 101 commercial drivers who operated vans, pickups, or other light trucks from the U.S. and Canada. The driver could escape or avoid the delay by fastening his or her seat belt before shifting out of…
Descriptors: Traffic Safety, Restraints (Vehicle Safety), Motor Vehicles, Foreign Countries