Quality of life services in an ambient intelligent

Quality of life services in an
ambient intelligent environment
Sten Hanke [email protected]
Ambient Assisted Living (AAL)
Ambient Assisted Living as a concept aims to prolongate the
time people can live in a decent way in their own home by
increasing their autonomy and self-confidence, the discharge of
monotonously everyday activities, to monitor and care for the
elderly or ill person, to enhance the security and to save
resources.
http://www.aal-europe.eu/Published/reports-etc/Final%20Version.pdf
Themenbereiche AAL
Quelle: AALIANCE
4
Strategische Säulen – AAL bei AIT H&E
AAL & HomeCare
Behaviour
Pattern Analysis
and Model Based
Reasoning
Open
AAL Platforms
& Tools
Intelligent
User Interaction
Enabling Technologies
User Requirements Engineering
5
18.04.2015
6
Demonstration - Installation
Blaue Lagune, Vösendorf
7
Installation NovaHome
Eaton xComfort RF-System
Software
HOMER
Wireless setup
18.04.2015
database
8
Pattern recognition
for AAL application

Recognizing and analyzing behavior patterns
(ADL - Activities of Daily Living)
 Non-invasive and obtrusive Home Automation sensors
(PIR-Sensors, door- und window contacts etc.)
 No cameras or microphones



Detection of dangerous situations
Aim: Improve the safety and autonomy from older
person in their own environment
challanges
 New algorithms of fusion of state-of-the art solutions
 Persons separation
 Self-Learning Systems
9
Behaviour Use Cases
Sensorik Basispaket
Zusätzliche
Sensorik
Auch für
MehrpersonenHaushalte
No. Name
18.04.2015
1
An- und Abwesenheitsstatus und -zeiten
2
Kalender + Reminder
3
Wohnungstürüberwachung
4
Verlassen des Schlafzimmers am Morgen
5
Nachtaktivität (Toilette)
6
Aktivitätsindex / Nichtaktivität
7
Erkennung von Unfällen im Badezimmer
(zeitgesteuerte Algorithmen)
8
Herdüberwachung
9
Wasserfluss bzw. –überlauf
10
Verbrauchermonitoring
10
AAL-JP project BEDMOND

Behavior Pattern Based Assistant for Early Detection and Management Of
Neurodegenerative Diseases

BEDMOND an ICT based system for
 Phase 1, Diagnose support
early detection of cognitive declines in the home
 Phase 2, Therapie support
monitoring and intervention
11
AAL Space
Software and
Hardware
components
AAL space
AAL Services & Applications
AAL Platform Plug-ins
Platform
Core
AAL
Space
Profile
AmI General-purpose
Components
AmI Middleware
18.04.2015
14
Intelligent Nodes
ARNi
ARNj
SWi2
SWj1
MW
MW
NSLk
NSLl
ARNi
SWi1
KNX driver
KN1
KNm
18.04.2015
SWj2
SWi2
MW
NSLk
ARN: AAL-ready Node
MW: Middleware
NSL: Native System Layer
SW: an arbitrary non-MW software
component abstracting from its internal
design decisions, especially from
possible distribution of its possible
subparts
ARNj
SWj1
SWj2
MW
NSLl
ZN1
ZigBee
driver
SWi1
•
•
•
•
ZNn
15
Multipart Application deployment
Distributed Multipart Applications
Middleware
Middleware
Middleware
Middleware
Middleware
OSGi
Electrolux/.Net
Siemens/OSGi
AndroidTM
Other
18.04.2015
16
Multipart Application deployment
Assisted Person
Service ProviderControl Center
Deployed
GW
18.04.2015
AAL Application
17
Development
Tools
Business Cases
Assisted Person
Developer Site
AAL Application
AAL Application Developer
AAL Service
AAL Space
Online ShopAAL Application
AAL Service Provider
18.04.2015
18
18.04.2015
19
Quality of Life Service Examples



Care & Wellness
 Basic houshold
 Safety services
 Shopping assistance
 Reminder / Alarms / Agendas
Guidance Services
 Healthy Lifestyle
 Orientiation / Localization
 Physical Excerises
 Assistance (location of objects etc.)
Education / Leisure
 Help to prepare meals
 Games (interactive)
 Social activities
18.04.2015
20
…and quality of life
http://www.relaxedcare.eu
18.04.2015
21
…and Avatar or virtual agents
www.miraculous-life.eu
18.04.2015
22
Design, develop and evaluate an innovative user-centric technological solution, the Virtual
Support Partner (VSP), attending to the elder (65+) daily activity and safety needs, while the
elder goes about his normal daily life.
Adaptive Avatar installed in several rooms in the home
of the elderly
5. Using 3D techniques
for a ‘real-human’ avatar
the elderly likes to see. +
The avatar is emotionally
responsive of the elderly
4. Direct connection to
formal and informal
caregivers
18.04.2015
1. Recognizes the
emotional state of
the elderly
3. Develop a dialogue
model based on
multiple contexts
(linguistic, emotional,
semantic, cognitive,
physical)
2. Interpret the
behaviour of the
elderly considering
environmental23
context
…and robots
www.companionable.net
18.04.2015
www.growmeup.eu
24
…and user interaction
… with the aim to build
Adaptable
by the service
User
Adaptable by
the service & UI
ION4II
BPR
Interaction model
Adaptive
User
Interaction
User model
AmI
18.04.2015
Service
25
…and user interaction
Tangible & NFC enabled objects
26
…and test regions in Austria
www.modular.at
www.west-aal.at
18.04.2015
27
Contact
Sten Hanke
Biomedical Systems
Viktor Kaplan Strasse 2/1
2700 Wiener Neustadt
Austria
T: +43 (0)50550-4836
M: +43 (0)664 8251358
F: +43 (0)50550-4840
E: [email protected]
18.04.2015
28
Some recent and running R&D projects




CompanionAble (FP7)
universAAL (FP7)
doremi (running FP7)
Miraculous-Life (running FP7)







BEDMOND (AAL-JP)
AALuis (AAL-JP)
iWalkActive (running AAL-JP)
E-MOSION (running AAL-JP)
CogniWin (running AAL-JP)
RelaxedCare (running AAL-JP)
YouDo (running AAL-JP)




NovaHome (national)
Ibi (national)
Pilot moduLAAr (running national)
ION4II (running national)
ION4II
oremi
29