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- 2005-9-11
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Abstract—A great many control schemes for a robot manipulator
interacting with the environment have been developed
in the literature in the past two decades. This paper is aimed
at presenting a survey of robot interaction control schemes
for a manipulator, the end effector of which comes in contact
with a compliant surface. A salient feature of the work is the
implementation of the schemes on an industrial robot with open
control architecture equipped with a wrist force sensor. Two
classes of control strategies are considered, namely, those based
on static model-based compensation and those based on dynamic
model-based compensation. The former provide a good steadystate
behavior, while the latter enhance the behavior during the
transient. The performance of the various schemes is compared
in the light of disturbance rejection, and a thorough analysis is
developed by means of a number of case studies.
Index Terms—Force control, force sensor, impedance control,
robots, stiffness control.
本人正在从事这方面的研究,觉的这篇文章有不错,有一定的指导意义,特别是对于刚刚涉足这方面的人。
如有人想要请留下email,或者联系本人 QQ58980633 |
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