Robotic 3D dual-drive force/velocity control for tactile sensing and object recognition

Kelly A. Korzeniowski; William A. Wolovich

doi:10.1117/12.150238

20 August 1993 Robotic 3D dual-drive force/velocity control for tactile sensing and object recognition

Kelly A. Korzeniowski, William A. Wolovich

Proceedings Volume 2059, Sensor Fusion VI; (1993) https://doi.org/10.1117/12.150238
Event: Optical Tools for Manufacturing and Advanced Automation, 1993, Boston, MA, United States

Abstract

This work describes the development and testing of a 3-D dual-drive surface tracking controller that enables a robot to track along any specified path on the surface of an object. The dual-drive controller computes the normal and tangent vectors relative to movement along the path. The result is controlled movement in 3-D on the surface of an object. It is assumed that the path is generated by an external Recognizer in such a way that the data points collected by tactile sensing along the path will maximize the probability of correctly identifying the object. This tactile data collection method is referred to as `object-dependent' sensing because the location of the sensing paths is driven by comparisons made by the Recognizer to a model data base. The application for such a data collection system is object recognition tasks in environmental exploration and manipulation.

Citation Download Citation

Kelly A. Korzeniowski and William A. Wolovich "Robotic 3D dual-drive force/velocity control for tactile sensing and object recognition", Proc. SPIE 2059, Sensor Fusion VI, (20 August 1993); https://doi.org/10.1117/12.150238

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