Real Time Bicycle Simulation Study of Bicyclists’ Behaviors and their Implication on Safety

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Real Time Bicycle Simulation Study of Bicyclists’ Behaviors and their Implication on Safety

V. Kwigizile / J. Oh / P. Ikonomov / R. Hasan / C. G. Villalobos / A. H. Kurdi / A. Shaw

The main goal of this study was to build a bicycle simulator and study the interaction between cyclists and other roadway users. The simulator developed was used in conjunction with Oculus Rift googles to create a virtual cycling environment. The virtual riding environment contained roadway infrastructures and features such as intersections, crosswalks, bicycle lanes, shared-lanes, etc. It also contained both motor vehicles and pedestrians that interacted with cyclists. The rider’s perception and reactions to different situations were investigated based on their performance during four virtual simulation scenarios with an electroencephalogram (EEG) readings. In addition to the results on interactions of cyclists and other roadway users and the infrastructure obtained from this study, the simulator developed can be used for future studies.

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Title :

Real Time Bicycle Simulation Study of Bicyclists’ Behaviors and their Implication on Safety

Contributors:

V. Kwigizile (author) / J. Oh (author) / P. Ikonomov (author) / R. Hasan (author) / C. G. Villalobos (author) / A. H. Kurdi (author) / A. Shaw (author)

Publication date :

2017

Size :

39 pages

Type of media :

Report

Type of material :

No indication

Language :

English

Keywords :

Road Transportation , Transportation Safety , Transportation & Traffic Planning , Transportation , Bicycle safety , Simulation , Brain activity , Motor vehicles , Pedestrians , Cyclists , Roadway users