Yeghiazarian, Ara (1993) Sensory system for the control of prosthetic arm. (MPhil thesis), Kingston University.Full text not available from this archive.
A review of past work in the field of prosthetics hand is made to illustrate the advantages and shortcomings of the devices presently available and under development. This thesis analysis the functionality of natural and artificial arm and suggests ways of improving the prosthesis. Issues of why there is a need for sensory feedback are addressed. Accuracy of human sensors has been examined. This thesis also looks into slip detection and discrimination in order to improve grip. Manufacturing techniques are investigated by investigating three major technologies - thick film hybrid, surface mounting and semi-custom. Also the sensitivity of manufacturing has been discussed. Issues of human interface are discussed and different types of stimuli and modulation are investigated for transfer of information from prosthesis sensors to the wearer. This thesis also looks into possible overall design strategies to implement dynamic intelligence for prostheses. In the light of these investigations, suggestions are made for further improvements and for promising lines for future work.
|Item Type:||Thesis (MPhil)|
|Physical Location:||This item is held in stock at Kingston University Library.|
|Research Area:||Electrical and electronic engineering|
|Depositing User:||Automatic Import Agent|
|Date Deposited:||09 Sep 2011 21:39|
|Last Modified:||02 Oct 2014 09:21|
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