Faster and smoother trajectory generation considering physical system limits under discontinuously assigned target angles

Citations

SCOPUS

6

초록

This paper suggests a trajectory generation method using convolution operation. The proposed trajectory method always generates differentiable S-curve shape regardless of irregular time intervals, even when a new target is inputted before the trajectory does not reach to the previous target, or when a target is lost due to the communication problems. Also, the proposed method generates a trajectory considering physical system limits, for instance, maximum velocity, acceleration, and jerk, through the successive digital convolution that can reduce computational load, by using a recursive form of convolution operation. The effectiveness of the proposed method is shown through simulations. © 2012 IEEE.

키워드

Convolution; Discontinuous target input; Physical limits; Trajectory generation; Communication problems; Computational loads; Discontinuous target input; Maximum velocity; Physical limits; Physical systems; Recursive forms; S-curve; Target angle; Time interval; Trajectory generation; Trajectory generation method; Trajectory method; Communication; Convolution; Trajectories
제목
Faster and smoother trajectory generation considering physical system limits under discontinuously assigned target angles
저자
Lee, Geon; Kim, Doik; Choi, Youngjin
DOI
10.1109/ICMA.2012.6283421
발행일
2012-08
유형
Conference Paper
저널명
2012 IEEE International Conference on Mechatronics and Automation, ICMA 2012
페이지
1196 ~ 1201