Constrained motion control of robots with task constraints identification by US sensing. Allotta, B. & Chiaverini, S. In IEEE International Symposium on Intelligent Control - Proceedings, volume 1992-August, 1992. doi abstract bibtex © 1992 IEEE.Tlie we of ultrasonic, (US) range sensing in constrained motion control of robots ia investigated. A US sensing system is integrated into a fence/position control scheme and allows on-line identificatioo of the motion constraints during contact with a partially unknown environment. Measurement of the relative distance of the end effector to the surface is used to obtain a fast but safe approach motion. A planar three-dimensional task space ia considered in a case study; thus two translational/force components and one rotation/torque component are of interest. Ezperimental results on a PUMA-560 manipulator show the effectiveneu of the proposed scheme.
@inproceedings{Allotta1992,
author = {Allotta, B. and Chiaverini, S.},
title = {Constrained motion control of robots with task constraints identification by US sensing},
booktitle = {IEEE International Symposium on Intelligent Control - Proceedings},
volume = {1992-August},
doi = {10.1109/ISIC.1992.225136},
abstract = {© 1992 IEEE.Tlie we of ultrasonic, (US) range sensing in constrained motion control of robots ia investigated. A US sensing system is integrated into a fence/position control scheme and allows on-line identificatioo of the motion constraints during contact with a partially unknown environment. Measurement of the relative distance of the end effector to the surface is used to obtain a fast but safe approach motion. A planar three-dimensional task space ia considered in a case study; thus two translational/force components and one rotation/torque component are of interest. Ezperimental results on a PUMA-560 manipulator show the effectiveneu of the proposed scheme.},
year = {1992},
}
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