United States
Massachusetts Institute of Technology (MIT) - Center for Transportation & Logistics
Vehicle, Driver interaction, Voice command, Voice systems, Vehicle automation
Driving study, Recall task, Delayed digit
Vehicle safety, Traffic safety
Attention deficit hyperactivity disorder (ADHD), Cognitive distraction
0
Cognitive workload, Driver state, Heart rate, Simulator validity
aging, driving, peripheral vision, scene perception
100-Car, Attention management, Driver distraction
AttenD, Cognitive Load, Voice Interface
distraction, human machine interface, visual demand, Voice interface
adaptive technology, context aware, driver safety, driver state
Attention, Detection response task, Distraction, Workload
Driving, Glance, Machine learning, Time series
attention, Automation, driver behavior, takeover
Aging, Cognitive workload, Distraction, Lane change behavior
Age, Cell phones, Cognitive distraction, Driving performance
Attentional demand, Cellphone use, Distracted driving, Infotainment systems
Attention, Driver modelling, Naturalistic driving, Takeover
Complacency, Disengagement, Driving automation, Hands-off-wheel
Age, Attention, Detection response task (DRT), Distraction
Driving, Prediction, Scene perception, Visual attention
Age, Automated driving, Mental model, Parking technology
Distraction, iPhone, Keypad, Off-road glances
Driving automation technology, Glance behavior, Low-speed parking maneuver
Automation, Driver behavior, Hierarchical model of driver behavior
Driving safety, glance measures, hidden Markov models, smartphones
Accident risk, Age, Cell phone, Driving behavior questionnaire (DBQ)
environmental ergonomics, human-machine systems, information displays
heart rate, mental workload, skin conductance, verbal response
clustering and outlier detection, large-scale dataset, naturalist driving
Accidents, Age, DBQ, Driving behavior
Advanced Driver Assistance Systems, Automation, Branding, Confusion
Alliance driver focus guidelines, Embedded vehicle system
Driver state prediction, Gaze patterns, Hidden Markov models
Automation, cluster analysis, driver behavior, naturalistic data
Dynamic modeling, joint activity, perception, vehicle automation
Attention, Automation, Driver Behavior, Driving
automation, autonomous vehicles, Human factors, human-robot interaction
attention, driver distraction, naturalistic driving study
Adaptive cruise control, Driving automation systems, Horizontal curves
Driver Sentiment, Elevated Driving Kinematics, Naturalistic Driving Data
Driver pedestrian interaction, naturalistic driving, negotiation, safety
Crash avoidance, Forward collision warnings, Naturalistic driving study
cognitive load estimation, computer vision, driver monitoring systems
Automation, Communication, Driver behavior, Interaction
Automation disengagement, driver behavior, hands-free driving
attention, automation, human factors, safety
bidirectional gazing, driver behavior, gaze behavior
"Driver behavior", "Naturalistic driving", "Partial automation", "Secondary tasks", "Visual attention"
"Automation", "Autonomous vehicles", "Driver-pedestrian communication", "Implicit communication", "Pedestrian"
