Skip to main content

Datasets

Standard Dataset

Upper limb use assessment using Inertial Measurement Units (IMUs)

Citation Author(s):
Ann David
StephenSukumaran ReethaJanetSureka
Sankaralingam Gayathri
Salai Jeyseelan Annamalai
Selvaraj Samuelkamleshkumar
Anju Kuruvilla
Henry PrakashMagimairaj
SKM Varadhan
Sivakumar Balasubramanian
Submitted by:
Parvathy Neelakandan
Last updated:
DOI:
10.21227/28pr-4568
Data Format:
Research Article Link:
No Ratings Yet

Abstract

It is essential to assess functional arm use or goal-directed movement of the upper limb in neurorehabilitation.  Wearable sensors help in the continuous, uninterrupted, and objective measurement of arm movements in natural settings. This dataset contains wearable inertial measurement unit data from 15 participants (10 healthy and 5 hemiparetic individuals) while they perform 15 different activities of daily living wearing two wrist bands. Tasks included fine finger manipulation tasks like writing, using a mobile phone’s touchscreen, walking for patients in wheelchairs, etc. Video recordings were used to annotate the functional/non-functional use of upper limb using the the Functional Arm Activity Behavioural Observation System (FAABOS). 

 

Instructions:

There are four data files in this dataset:

  • right.csv: Contains data from the right arm of the control subjects.

  • left.csv: Contains data from the left arm of the control subjects.

  • unaffected.csv: Contains data from the unaffected arm of the patients.

  • affected.csv: Contains data from the affected arm of the patients.

The columns in each of the four files are, time, ax, ay, az, gx, gy, gz, pitch, yaw, mx, my, mz, subject, old_time, r1, r2, g1, g2, task, use_type, gnd

 

Funding Agency
Fluid Research Grant from CMC Vellore; National Hub for Healthcare Instrumentation Development, Anna University; “Artificial Intelligence for Advancing Health- care across India and Sweden”, Department of Biotechnology, India; VINNOVA, Sweden
Grant Number
Grant IRB Min. 11303; Grant TDP/BDTD/11/2018/General; Grant BT/PR40873/Swdn/135/8/2020; Grant 2020-03619