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C. Scialfa, Micheline Deschênes, J. Ference, Jessica Boone, M. Horswill, Mark Wetton (2011)
A hazard perception test for novice drivers.Accident; analysis and prevention, 43 1
Angela Young, D. Crundall, P. Chapman (2017)
Commentary driver training: Effects of commentary exposure, practice and production on hazard perception and eye movements.Accident; analysis and prevention, 101
Y. Parmet, A. Meir, A. Borowsky (2014)
Survival analysis: A fresh approach for analyzing response times in driving-related hazard perception paradigmsTransportation Research Part F-traffic Psychology and Behaviour, 25
A. Quimby, G. Watts (1981)
HUMAN FACTORS AND DRIVING PERFORMANCE
R. Isler, N. Starkey, A. Williamson (2009)
Video-based road commentary training improves hazard perception of young drivers in a dual task.Accident; analysis and prevention, 41 3
D. Crundall (2016)
Hazard prediction discriminates between novice and experienced drivers.Accident; analysis and prevention, 86
Fang‐Tzu Hu, Paul Ginns, J. Bobis (2015)
Getting the point: Tracing worked examples enhances learningLearning and Instruction, 35
Simon Smith, M. Horswill, Brooke Chambers, Mark Wetton (2009)
Hazard perception in novice and experienced drivers: the effects of sleepiness.Accident; analysis and prevention, 41 4
L. Huestegge, Eva-Maria Skottke, S. Anders, J. Müsseler, G. Debus (2010)
The development of hazard perception: Dissociation of visual orientation and hazard processingTransportation Research Part F-traffic Psychology and Behaviour, 13
S. Samuel, M. Knodler, Lisa Zhang, J. Young, D. Fisher (2017)
Accelerating Teen Driver Learning: Anywhere, Anytime Training
Mark Wetton, M. Horswill, C. Hatherly, Joanne Wood, N. Pachana, Kaarin Anstey (2010)
The development and validation of two complementary measures of drivers' hazard perception ability.Accident; analysis and prevention, 42 4
A. Pollatsek, Vinod Narayanaan, A. Pradhan, D. Fisher (2006)
Using Eye Movements to Evaluate a PC-Based Risk Awareness and Perception Training Program on a Driving SimulatorHuman Factors: The Journal of Human Factors and Ergonomics Society, 48
Slava Kalyuga (2007)
Expertise Reversal Effect and Its Implications for Learner-Tailored InstructionEducational Psychology Review, 19
Sarah Malone, Roland Brünken (2016)
The role of ecological validity in hazard perception assessmentTransportation Research Part F-traffic Psychology and Behaviour, 40
G. Grayson, G. Maycock, J. Groeger, S. Hammond, D. Field (2003)
Risk, hazard perception and perceived control
M. Horswill, Andrew Hill, Mark Wetton (2015)
Can a video-based hazard perception test used for driver licensing predict crash involvement?Accident; analysis and prevention, 82
C. Scialfa, David Borkenhagen, John Lyon, Micheline Deschênes, M. Horswill, Mark Wetton (2012)
The effects of driving experience on responses to a static hazard perception test.Accident; analysis and prevention, 45
A. Mcknight, A. McKnight (2003)
Young novice drivers: careless or clueless?Accident; analysis and prevention, 35 6
P. Fitts (1954)
The information capacity of the human motor system in controlling the amplitude of movement.Journal of experimental psychology, 47 6
D. Crundall, G. Underwood, P. Chapman (1998)
How Much Do Novice Drivers See? The Effects of Demand on Visual Search Strategies in Novice and Experienced Drivers
C. Scialfa, Rosemary Pereverseff, David Borkenhagen (2014)
Short-term reliability of a brief hazard perception test.Accident; analysis and prevention, 73
Peter Congdon (1999)
VICROADS HAZARD PERCEPTION TEST: CAN IT PREDICT ACCIDENTS?
M. Herslund, N. Jorgensen. (2003)
Looked-but-failed-to-see-errors in traffic.Accident; analysis and prevention, 35 6
Mark Wetton, Andrew Hill, M. Horswill (2013)
Are what happens next exercises and self-generated commentaries useful additions to hazard perception training for novice drivers?Accident; analysis and prevention, 54
Mark Wetton, Andrew Hill, M. Horswill (2011)
The development and validation of a hazard perception test for use in driver licensing.Accident; analysis and prevention, 43 5
J. Catchpole, Peter Congdon, C. Leadbeatter (2001)
IMPLEMENTATION OF VICTORIA'S NEW HAZARD PERCEPTION TEST, 5
F. McKenna, J. Crick (1994)
HAZARD PERCEPTION IN DRIVERS: A METHODOLOGY FOR TESTING AND TRAINING
L. Jackson, P. Chapman, D. Crundall (2009)
What happens next? Predicting other road users' behaviour as a function of driving experience and processing timeErgonomics, 52
M. Endsley (1995)
Toward a Theory of Situation Awareness in Dynamic SystemsHuman Factors: The Journal of Human Factors and Ergonomics Society, 37
W. Murray (2009)
Applying online fleet driver assessment to help identify, target and reduce occupational road safety risksThe Journal of the Australasian College of Road Safety, 25
D. Rhenius, G. Deffner (1990)
Evaluation of Concurrent Thinking Aloud Using Eye-tracking DataProceedings of the Human Factors and Ergonomics Society Annual Meeting, 34
P. Ventsislavova, D. Crundall (2018)
The hazard prediction test: A comparison of free-response and multiple-choice formatsSafety Science
A. Shahar, Concetta Alberti, D. Clarke, D. Crundall (2010)
Hazard perception as a function of target location and the field of view.Accident; analysis and prevention, 42 6
F. Dechesne, V. Eijck, W. Teepe, Yanjing Wang (2012)
Protocol Analysis
Angela Young, P. Chapman, D. Crundall (2014)
Producing a commentary slows concurrent hazard perception responses.Journal of experimental psychology. Applied, 20 3
Steven Savage, D. Potter, B. Tatler (2013)
Does preoccupation impair hazard perception? A simultaneous EEG and Eye Tracking studyTransportation Research Part F-traffic Psychology and Behaviour, 17
A. Borowsky, D. Shinar, T. Oron-Gilad (2010)
Age, skill, and hazard perception in driving.Accident; analysis and prevention, 42 4
M. Whelan, J. Groeger, T. Senserrick, T. Triggs (2002)
Alternative methods of measuring hazard perception: Sensitivity to driving experience, 6
A. Mackenzie, Julie Harris (2015)
Eye movements and hazard perception in active and passive drivingVisual Cognition, 23
Sarah Malone, Roland Brünken (2022)
Detection or Appraisal – Do Their Eye Movements Reveal What Causes Novices’ Poor Performance in a Dynamic Hazard Perception Test?Advances in Human Aspects of Transportation: Part III
(2008)
Cohort II: A study of learner and new drivers (Vol. 1—main report, road safety research report)
G. Underwood, D. Crundall, P. Chapman (2002)
Selective searching while driving: the role of experience in hazard detection and general surveillanceErgonomics, 45
M. Horswill, F. McKenna (2004)
Drivers' hazard perception ability: Situation awareness on the road
K. Ericsson, H. Simon (1993)
Protocol analysis: Verbal reports as data, Rev. ed.
ObjectiveThe aim of the current study was to compare the traditional, verbal, and motoric tasks regarding their contributions to hazard perception measurement.BackgroundTraditional hazard perception tasks require the participants to respond to filmed traffic conflicts in an imprecise way, such as by pressing a button. More sophisticated tasks include either verbal specification or motoric localization of the perceived hazards. The present study investigated the participants’ gaze behavior when they were provided with an identical set of traffic animations but were instructed to perform one of three types of hazard perception tasks.MethodIn an eye tracking study, 69 drivers were shown animated traffic scenarios and instructed to perform the traditional (press button), verbal, or speeded motoric localization hazard perception task. Eye tracking revealed whether and when the participant had fixated a certain hazard cue.ResultsThe participants in the traditional task group were slower to fixate emerging hazards, but quicker to respond to them than the participants of the verbal and the motoric groups. As a specific benefit, the verbal task differentiated between different types of failures.ConclusionAdditional verbal or speeded motoric localization tasks seem to have increased the participants’ alertness when watching the animations. The verbal task provides valuable additional information regarding the participants’ performance. To approximate real-life hazard perception ability, it is recommended that researchers and practitioners use a combination of different hazard perception tasks for assessment and training.
Human Factors The Journal of the Human Factors and Ergonomics Society – SAGE
Published: Dec 1, 2020
Keywords: situation awareness; eye movements; tracking; perceptual-motor performance; response time
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