Identification of Slippage on Naturalistic Surfaces via Wavelet Transform of Tactile Signals
Abstract
The effort toward replicating human skills into artificial systems is growing constantly. While artificial vision has reached a certain reliability, the sense of touch is still hard to introduce into robotic devices. Human manipulation comprises a sequence of static and dynamic actions, which may include unforeseen events, such as variation of object position, movement of the fingers, and modification of the object dimensions and shape (e.g.,...
Paper Details
Title
Identification of Slippage on Naturalistic Surfaces via Wavelet Transform of Tactile Signals
Published Date
Feb 15, 2019
Journal
Volume
19
Issue
4
Pages
1260 - 1268
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