Presentation of the paper "A Healthcare Support System for Assisted Living Facilities: an IoT Solution" at the 40th IEEE Computer Society International Conference on Computers, Software & Applications (COMPSAC 2016) in Atlanta, Georgia, USA on June 10-14, 2016
A Healthcare Support System for Assisted Living Facilities: an IoT Solution
1. A Healthcare Support System for Assisted
Living Facilities: an IoT Solution
Fulvio Corno, Luigi De Russis, Alberto Monge Roffarello
Politecnico di Torino
Dipartimento di Automatica e Informatica
e-Lite Research Group
http://elite.polito.it
The 40th IEEE Computer Society
International Conference on Computers,
Software & Applications
Atlanta, Georgia, USA - June 10-14, 2016
2. Goal
COMPSAC 2016Healthcare Support System for Assisted Living Facilities2
Leverage Internet of Things and Wearable Computing in
the domain of Ambient Assisted Living
Target environment: Assisted Living Facilities
3. Outline
COMPSAC 2016Healthcare Support System for Assisted Living Facilities3
Problem statement
Requirements elicitation
System functionality and architecture
Experimental evaluation
Lessons Learned and Conclusions
4. Assisted Living Facilities
COMPSAC 2016Healthcare Support System for Assisted Living Facilities4
Ambient Assisted Living (AAL)
technologies for enhancing
the life of people with
special needs (elderly, disabled)
Most proposed solutions target:
Individuals, living alone, in a smart home
Doctors and nurses, in an hospital-like setting
This work analyzes AAL in Assisted Living Facilities (ALF):
Provide hospitality, welfare benefits, and recovery to a group of
people in mental or physical conditions of dependency
Daily life assistance -- Safe living environment -- No medical care
5. User-Centered Process Overview
COMPSAC 2016Healthcare Support System for Assisted Living Facilities5
Requirements
•Target environment
•Target users
•Stakeholders
•Focus Groups
Design
•Functionality
•Architecture
•Technology
Prototype
•Mobile+
Wearable+
Cloud
•Basic functions
•OTS devices
Test
•Walkthrough
•Questionnaires
•Installation in
ALF
•User trials
6. Requirement analysis
COMPSAC 2016Healthcare Support System for Assisted Living Facilities6
Target users in the Assisted Living Facility
Guests
Persons with motor disabilities
Persons with cognitive disabilities
Caregivers
Educators, Social care assistants
Nurses, Doctors
Focus groups with 30+ caregivers
Identified major requirements
Aced López, S., Corno, F., & De Russis, L. (2015).
Supporting Caregivers in Assisted Living
Facilities for Persons with Disabilities: a
User Study. Universal Access in the
Information Society, 14(1).
7. Main Case Studies
COMPSAC 2016Healthcare Support System for Assisted Living Facilities7
Guests alerting caregivers,
in case of need
Automatic alerting, in case
of guest falls
Automatic alerting, in case
of epileptic seizures
Caregiver on duty alerting
caregiver on call
8. System Requirements
COMPSAC 2016Healthcare Support System for Assisted Living Facilities8
System Ubiquity Assistance delivery confirmation
System Portability (hands-free) Unobtrusiveness for other users
Robustness of the devices Emergency call for caregivers
Smart assistance for guests Reliability
Automatic detection of critical events Internet-based
9. System Architecture
COMPSAC 2016Healthcare Support System for Assisted Living Facilities9
Wearable device (smart watch)
for guest
“Hidden” Mobile device (smart
phone) for guest
Wearable device (smart watch)
for caregiver
Mobile device (smart phone
and app) for caregiver
Internet-based server
Cloud messaging service
15. Evaluation
COMPSAC 2016Healthcare Support System for Assisted Living Facilities15
Functional Test
1 ALF, 2 caregivers, 6 guests
Caregivers testing simulated alerts workflow
Using actual devices
Final questionnaire
Operational Test
1 ALF, 6 caregivers (over 4 shifts), 2 guests involved
Training + Functional test
36 hours of continuous operation
On-line data collection
Final questionnaire
18. Lessons Learned
COMPSAC 2016Healthcare Support System for Assisted Living Facilities18
System is easy and quick to learn
Caregivers appreciated wearables, no need to carry
additional devices
Smartwatches difficult to operate with motor disabilities
Voice recognition was suggested for placing calls
Need longer acquaintance time, to avoid pranks
(especially by persons with cognitive disabilities)
Re-charge requirements (phone and watch) still an issue
Not all caregivers convinced of usefulness, need longer
study to assess real usage and user acceptance
19. Conclusions
COMPSAC 2016Healthcare Support System for Assisted Living Facilities19
Study on often-neglected target users:
caregivers in ALF
User-centered design process, continuous
interactions with caregivers from 4 different ALF
Working system prototype, in-the-field testing
Completely off-the-shelf technologies
Design choice, but also signal of maturity
More comprehensive trials are needed for
assessing real usage data
20. Conclusions
COMPSAC 2016Healthcare Support System for Assisted Living Facilities20
Study on often-neglected target users:
caregivers in ALF
User-centered design process, continuous
interactions with caregivers from 4 different ALF
Working system prototype, in-the-field testing
Completely off-the-shelf technologies
Design choice, but also signal of maturity
More comprehensive trials are needed for
assessing real usage data
fulvio.corno@polito.it
http://elite.polito.it/Thank you!
21. Contacts
COMPSAC 2016Healthcare Support System for Assisted Living Facilities21
Web site:
http://elite.polito.it
Publications:
http://elite.polito.it/index.php/research/publications
Contact e-mail:
fulvio.corno@polito.it
22. License
COMPSAC 2016Healthcare Support System for Assisted Living Facilities22
This presentation is released undre the licenza Creative
Commons “Attribution-NonCommercial-NoDerivs 3.0
Unported” License
You are free to copy, distribute, transmit the work. You
may not use this work for commercial purposes. You may
not alter, transform, or build upon this work.
Complete lincense:
http://creativecommons.org/licenses/by-nc-nd/3.0/