How drivers fail to avoid crashes: A risk-homeostasis/perception-response (RH/PR) framework evidenced by visual perception, electrodermal activity and behavioral responses

Yutao Ba; Wei Zhang; Alan H.S. Chan; Tingru Zhang; Andy S.K. Cheng

doi:10.1016/j.trf.2016.09.025

How drivers fail to avoid crashes : A risk-homeostasis/perception-response (RH/PR) framework evidenced by visual perception, electrodermal activity and behavioral responses

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

Overview

Fingerprint

???publication_fingerprints_help???

Keyphrases

100

Behavioral Response Keyphrases

100

Crash Keyphrases

100

Visual Perception Keyphrases

100

Electrodermal Activ... Keyphrases

100

Risk Homeostasis Keyphrases

100

Response Framework Keyphrases

Response Process Keyphrases

Time-to-collision Keyphrases

Control Loop Keyphrases

Risk Perception Keyphrases

Risk Response Keyphrases

Hazardous Situation Keyphrases

Driving Behavior Keyphrases

Crash Risk Keyphrases

Hazard Scenario Keyphrases

Driving Safety Keyphrases

Driver Perception Keyphrases

Response Mechanism Keyphrases

Crash Avoidance Keyphrases

Hazard Anticipation Keyphrases

Driving Task Keyphrases

Simulator Driving Keyphrases

Driver Control Keyphrases

Perception & Cognit... Keyphrases

Perception Time Keyphrases

Psychology

100

Electrodermal Activ... Psychology

100

Visual Perception Psychology

Group Psychology

Behavior Psychology

Reaction Time Psychology

Avoidance Psychology

Cognition Psychology

Risk Perception Psychology

INIS

100

risks INIS

100

psychological behav... INIS

Research OutputsResearch Output authored by How drivers fail to avoid crashes is tagged with the concept

Find experts having the same concept