원문정보
초록
영어
A novel mobile robot obstacle avoidance method based on multi‐sensor was proposed. According to distant or close obstacles’ information detected by three front‐end sonar sensors and four PSD sensors respectively, obstacles positional information were definite after analysis process, further, the obstacles were classified into different states by its positional information. So, robot could move under the guidance of strategy which was determined by classification. In order to implement autonomous movement in various situations, a finite state transfer approach was introduced in our method. Finally, experiment has been done on the AS‐R mobile robot platform, and experimental result shows that the method is feasible and reliable.
목차
1. 引言
2. 机器人及传感器介绍
2.1 AS‐R机器人简绍
2.2 声纳传感器
2.3 PSD传感器
2.4 两传感器获取的信息互补
3. 机器人避障策略
3.1 对声纳传递回来的远距离物体数据信息处理部分
3.2 对PSD传感器传递回来的针对近距离物体的数据信息处理部分
3.3 信息融合控制机器人避障方法
4. 实验及结果分析
5. 结论
参考文献