A Fast Ground Segmentation Method for 3D Point Cloud

  • Phuong Chu; 
  • Cho, Seoungjae; 
  • Sim, Sungdae; 
  • Kwak, Kiho; 
  • Cho, Kyungeun
Citations

SCOPUS

50

초록

In this study, we proposed a new approach to segment ground and nonground points gained from a 3D laser range sensor. The primary aim of this research was to provide a fast and effective method for ground segmentation. In each frame, we divide the point cloud into small groups. All threshold points and start-ground points in each group are then analyzed. To determine threshold points we depend on three features: gradient, lost threshold points, and abnormalities in the distance between the sensor and a particular threshold point. After a threshold point is determined, a start-ground point is then identified by considering the height difference between two consecutive points. All points from a start-ground point to the next threshold point are ground points. Other points are nonground. This process is then repeated until all points are labelled.

키워드

3D Point Cloud; Ground Segmentation; Light Detection and Ranging; Start-Ground Point; Threshold Point
제목
A Fast Ground Segmentation Method for 3D Point Cloud
저자
Phuong Chu; Cho, Seoungjae; Sim, Sungdae; Kwak, Kiho; Cho, Kyungeun
DOI
10.3745/JIPS.02.0061
발행일
2017-06
유형
Article
저널명
JIPS(Journal of Information Processing Systems)
권
13
호
3
페이지
491 ~ 499