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Identification of Motor Impairments Using Movement Distributions

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Title: Identification of Motor Impairments Using Movement Distributions
Author(s): Lancaster, Joseph R.
Advisor(s): Patton, James L.
Contributor(s): Berniker, Max; Huang, Felix
Department / Program: Bioengineering
Graduate Major: Bioengineering
Degree Granting Institution: University of Illinois at Chicago
Degree: MS, Master of Science
Genre: Masters
Subject(s): motor impairment stroke system identification pathoparameter computational modeling
Abstract: The identification of motor impairments in human neuropathologies is daunting and often restricted to using isometric tests, identifying a single impairment, or investigating a single joint. Here, we present and evaluate our preliminary work in employing a novel, model-based framework for identification and quantification of multiple simultaneous impairments from multijoint upper extremity movement data in the form of a kinematic distribution. We use multiple synthetic models of idealized motor impairments to understand if and how it might be possible to differentiate between them based on the changes they induce in these movement distributions. We simulate these models in a variety of combinations and severities and use standard regression techniques to attempt to recover the “pathoparameters” defining them. We show that, given a well-chosen set of example distributions in a lookup table, one has the ability to identify pathoparameters and differentiate between impairment types without confusion.
Issue Date: 2016-02-17
Genre: thesis
URI: http://hdl.handle.net/10027/20239
Rights Information: Copyright 2015 Joseph R. Lancaster
Date Available in INDIGO: 2018-02-18
Date Deposited: 2015-12
 

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