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Sensing and characterization of the wrist using dart thrower’s movement

journal contribution
posted on 2018-05-15, 00:00 authored by Nhan Nguyen, Hai Trieu Pham, Pubudu PathiranaPubudu Pathirana, S Babazadeh, Richard PageRichard Page, A Seneviratne
The dart-throwing movement is engaged to capture wrist movements involved in numerous daily activities. The present study focuses on robust implementation in a wearable platform based inertial sensors enhance opportunities for exploring day-to-day changes of wrist joint when performing dart-throwing motion. The kinematic characterization of the underlying movement is described in terms of time-series quaternions measured from gyroscope data. The distance metrics between these representations are used to compare quantitatively wrist kinematic performance against clinical observations. A clinical trial was conducted engaging 5 normal subjects and 10 patients undergoing a series of post-surgical rehabilitation programs. The approach classifies effectively the patients from normal subjects and alleviates the need for range of motion measurements of the wrist joint implying the quaternion trajectory associated with classical dynamic time warping as a useful kinematic description for dart thrower’s movement in assessing and characterizing the wrist performance. Clustering and classification results confirm that this proposed method is well-correlated with clinical assessments based on high positive correlation coefficients. The primary objective of this paper is to enhance the uptake and promote the uses of wearable sensors in longer-term monitoring scenarios particularly relevant to non-clinical environments.

History

Journal

IEEE sensors journal

Volume

18

Issue

10

Pagination

4145 - 4153

Publisher

Institute of Electrical and Electronics Engineers

Location

Piscataway, N.J.

ISSN

1558-1748

eISSN

1558-1748

Language

eng

Publication classification

C1 Refereed article in a scholarly journal; C Journal article

Copyright notice

2018, IEEE