Analytic Hierarchy Process for assessing e-health technologies for elderly indoor mobility analysis

• Published in: EAI endorsed transactions on smart cities 2016-12, Vol.1 (3), p.54
• Main Authors: Lohan, Simona, Cramariuc, Oana, Malicki, Łukasz, Neja Samar Brenčič, Cramariuc, Bogdan
• Format: Article
• Language: English
• Subjects: Analytic hierarchy process; Bluetooth; Decision making; Health; Multiple criterion; Older people; Pattern analysis; Risk analysis; Technology assessment
• ISSN: 2518-3893
• DOI: 10.4108/eai.14-10-2015.2261667

Accidental falls and reduced mobility are major risk factors in later life. Changes in a person’s mobility patterns can be related with personal well-being and with the frequency of memory lapses and can be used as risk detectors of incipient neuro-degenerative diseases. Thus, developing technologies for fall detection and indoor localization and novel methods for mobility pattern analysis is of utmost importance in e-health. Choosing the right technology is not only a matter of cost and performance, but also a matter of user acceptability and the perceived ease-of-use by the end user. In this paper, we employ an Analytic Hierarchy Process (AHP) to assess the best fit-to-purpose technology for fall detection and user mobility estimation. Our multi-criteria decision making process is based on the survey results collected from 153 elderly volunteers from 5 EU countries and on 10 emerging e-health technologies for fall detection and indoor mobility pattern estimation. Our analysis points out towards a Bluetooth Low Energy wearable solution as the most suitable solution.