A dynamic personal space of a pedestrian for a personal mobility vehicle
Daisuke Chugo, Zhaoyu Liu, Satoshi Muramatsu, Yuki Sakaida, Sho Yokota, Hiroshi Hashimoto
Abstract
Daisuke Chugo, Zhaoyu Liu, Satoshi Muramatsu, Yuki Sakaida, Sho Yokota, Hiroshi Hashimoto
Abstract
This paper propose a dynamic personal space which is a region surrounding a person who can feel comfortable psychologically to other person with a personal mobility vehicle in the pedestrian flows. A dynamic personal space is defined considering with a relative velocity and acceleration between them. Therefore, it changes dynamically according to the advance velocity and acceleration of the personal mobility vehicle. Using this idea, a personal mobility vehicle will be able to move in a human coexistence environment without a feeling of oppression on other people. In this paper, we investigate spatial relationship with a personal mobility vehicle experimentally and define a dynamic personal space using these results. For verifying its effectiveness, we implement a drive assistance algorithm, which avoids a dynamic personal space, to our prototype personal mobility vehicle.
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This paper propose a dynamic personal space which is a region surrounding a person who can feel comfortable psychologically to other person with a personal mobility vehicle in the pedestrian flows. A dynamic personal space is defined considering with a relative velocity and acceleration between them. Therefore, it changes dynamically according to the advance velocity and acceleration of the personal mobility vehicle. Using this idea, a personal mobility vehicle will be able to move in a human coexistence environment without a feeling of oppression on other people. In this paper, we investigate spatial relationship with a personal mobility vehicle experimentally and define a dynamic personal space using these results. For verifying its effectiveness, we implement a drive assistance algorithm, which avoids a dynamic personal space, to our prototype personal mobility vehicle.
Key concepts: Personal mobility, Personal space, Pedestrian, Acceleration, Personal computer, Computer science, Space (punctuation), Simulation