首页 /研究 /Vision-based fast objects recognition and distances calculation of robots
LOCOMOTION

Vision-based fast objects recognition and distances calculation of robots

Qijun Chen, Huali Xie, Peng-Yung Woo

发表年份
2005
引用次数
4

摘要

To meet the necessity of fast vision process in four-legged league of RoboCup, this paper presents a vision-based fast method of objects recognition and distances calculation. The image is segmented online according to the threshold obtained offline by applying OPENCV offered by Intel Corporation. By the use of a tree-based union find with path compression, a merging method is implemented to find the regions and to find the objects. According to the camera model, the distances between objects and robots are calculated by the inverse transformation from two dimensions to three dimensions. The experimental result shows the validity.

关键词

Computer scienceArtificial intelligenceComputer visionRobotProcess (computing)Path (computing)Transformation (genetics)Machine visionTree (set theory)Mathematics

相关论文

查看 LOCOMOTION 分类全部论文