Skip to main content
Skip to "About government"
Language selection
Français
Government of Canada /
Gouvernement du Canada
Search
Search the website
Search
Menu
Main
Menu
Jobs and the workplace
Immigration and citizenship
Travel and tourism
Business and industry
Benefits
Health
Taxes
Environment and natural resources
National security and defence
Culture, history and sport
Policing, justice and emergencies
Transport and infrastructure
Canada and the world
Money and finances
Science and innovation
You are here:
Canada.ca
Library and Archives Canada
Services
Services for galleries, libraries, archives and museums (GLAMs)
Theses Canada
Item – Theses Canada
Page Content
Item – Theses Canada
OCLC number
1335043621
Link(s) to full text
LAC copy
Author
Kaya, Nazli Eser.
Title
Visual Attention Failures towards Vulnerable Road Users at Intersections: Results from On-road Studies.
Degree
M.A.S. -- University of Toronto,, 2019.
Publisher
[Toronto, Ontario] : University of Toronto, 2019
Description
1 online resource
Abstract
Crash data indicate that attention misallocation is a major factor in crashes with vulnerable road users (VRUs) at intersections. However, the extent that drivers fail to scan for VRUs at intersections is unknown. This thesis investigates driver visual attention failures toward VRUs at intersections using an instrumented vehicle and eye-tracking equipment. First, analysis of data collected in an earlier on-road study is presented, which informed the design of the main experiment where 26 drivers (ages 35-54; 13 cyclists) made 18 different turns at downtown Toronto intersections, half of which were identified to be higher risk. Almost half of the turns had a visual attention failure; and most were towards cyclists. The failures were significantly more common at higher risk intersections and among non-cyclist drivers. Overall, prevalence of failures is alarming. Further research is needed to generalize these findings. The thesis also provides an overview of the countermeasures on cyclist safety.
Other link(s)
tspace.library.utoronto.ca
hdl.handle.net
Subject
Cycling Safety
Human Factors
Intersection Safety
Date modified:
2022-09-01