학술논문

Proposal of Design Support System of Pedestrian Space Based on Psychological Assessment
Document Type
Conference
Source
2015 10th International Conference on Broadband and Wireless Computing, Communication and Applications (BWCCA) Broadband and Wireless Computing, Communication and Applications (BWCCA), 2015 10th International Conference on. :559-562 Nov, 2015
Subject
Computing and Processing
Psychology
Accidents
Bicycles
Cities and towns
Computers
Stress
Solid modeling
Pedestrian space
virtual simulator
city development
psychological analysis
Language
Abstract
The number of collision accidents on a lane for cyclists and pedestrians has been increasing and became one of the social issues should be solved as soon possible Japan. Although the faults of cyclists and/or pedestrians cause the collision accident, the authors assume that the incidence rate of collision accident on a lane might be reduced depending on the environmental conditions around the lane. When a pedestrian finds a bicycle approaching from the front of the lane, the pedestrian catches a scent of danger and takes avoidance behavior. Then, the pedestrian and the cyclist might feel psychological stresses and it grows as their distance was shorten. The psychological stresses of both pedestrian and cyclist provoke the incidence rate of collision accident. Then, the authors aim to optimize the environmental conditions of a lane for pedestrians and cyclists from the view point of psychological statement of a pedestrian. And this study proposes a virtual simulator which provide the design of pedestrian space. This paper introduces a concept of our proposal and some related works. Through the experimental results, we will discuss about the technical issues of our study to make the simulator more practical.