Back to Search Start Over

Enhancing Patient Motivation through Intelligibility in Cardiac Tele-rehabilitation

Authors :
Kris Luyten
Dominique Hansen
Karin Coninx
Paul Dendale
Supraja Sankaran
SANKARAN, Supraja
LUYTEN, Kris
HANSEN, Dominique
DENDALE, Paul
CONINX, Karin
Source :
Interacting with Computers. 31:122-137
Publication Year :
2019
Publisher :
Oxford University Press (OUP), 2019.

Abstract

Physical exercise training and medication compliance are primary components of cardiac rehabilitation. When rehabilitating independently at home, patients often fail to comply with their prescribed medication and find it challenging to interpret exercise targets or be aware of the expected efforts. Our work aims to assist cardiac patients in understanding their condition better, promoting medication adherence and motivating them to achieve their exercise targets in a tele-rehabilitation setting. We introduce a patient-centric intelligible visualization approach to present prescribed medication and exercise targets to patients. We assessed efficacy of intelligible visualizations on patients’ comprehension in two lab studies. We evaluated the impact on patient motivation and health outcomes in field studies. Patients were able to adhere to medication prescriptions, manage their physical exercises, monitor their progress and gained better self-awareness on how they achieved their rehabilitation targets. Patients confirmed that the intelligible visualizations motivated them to achieve their targets better. We observed an improvement in overall physical activity levels and health outcomes of patients. Research Highlights Presents challenges currently faced in cardiac tele-rehabilitation. Demonstrates how intelligibility was applied to two core aspects of cardiac rehabilitation- promoting medication adherence and physical exercise training. Lab., field and clinical studies to demonstrate efficacy of intelligible visualization, impact on patient motivation and resultant health outcomes. Reflection on how similar HCI approaches could be leveraged for technology-supported management of critical health conditions such as cardiac diseases.

Details

ISSN :
18737951 and 09535438
Volume :
31
Database :
OpenAIRE
Journal :
Interacting with Computers
Accession number :
edsair.doi.dedup.....33bfb8f8386c68b68eab9587813fca96
Full Text :
https://doi.org/10.1093/iwc/iwz008