1. An example of industry innovation perspective
February 6th, 2008
AmIVital
An example of industry innovation perspective
Proyecto CENIT 2007
Subvencionado por el CDTI
dentro del programa INGENIO 2010
María García Robledo

2. Challenges for XXI Ethical Challenges Genetics & bioingeniering
Proyecto CENIT
Ethical Challenges
Genetics & bioingeniering
Drinkable water
Autonomy & wellbeing
Global warming
Information society
Poverty
Health
Alternative energies
Government
Terrorism & human rights
Ageing
Petroleum Crisis
Gender Equality
Multi-culturality
Demographic increase
Based on “Siglo XXI: tentativa de identificación de algunas grandes tendencias” - Jérôme Bindé, Director de la Oficina de Análisis y Previsión, UNESCO

3. Demographic changes
Proyecto CENIT
Age and health expenditure correlation
From million inhabitants in 2005 to millions in 2050
Age Average expectancy: 65 years in 2005 to 75 years in 2050
Older than 60 years: from 20% to 32% in developed countries and from 8% to 19% in developing countries
In 2050 elders percentage larger than children (0-14 años) worldwide (2 elder per child in developed countries)
Fuente: The 2004 Revision Population Database, Population Division, UN
Budgetary Challenges posed by aging populations, Economic Policy Committee, EU

4. Fundamental necessities
Proyecto CENIT
Social politics for improving quality of life
Spanish People with disabilities Law – October 2006
Social Covers and family economy uphold
Use of ICT to improve the efficiency and stop health expenditure increase expected
Participation in our elders and people with disabilities care
Loneliness: 1 out of 4 spanish elders lives alone
Informal and formal care-givers activity management
Chronic pathologies and long length treatment
In 2020, these will be more than 60%
People with disabilities autonomy and integration
More than 30% elderly older than 65 have any disability
Services for people with disabilities

5. Technologies for wellbeing and health
Proyecto CENIT
NEEDS
SERVICES
TECHNOLOGIES
Acute
illnesses
Home “in-patient”
Chronic deseases
Continuous assistance
Telemedicine
Wellbeing
Remote assistance services
Teleassistance
Loneliness and restrictions
Personal autonomy
Virtual assistance
Dissabilities
Accessible services
Domotics

6. Objectives
Proyecto CENIT
“… develop a new generation of technologies and ICT tools for modeling, designing, implementing and operating devices and Ambient Inteligent systems for the provision of services and personal support for an independent living, wellbeing and health”
Person-oriented
Aiming to keep the normal life enviroment
Globalization and scalability
Functional, economical and technological feasibility solutions

7. Actors envolved Independent Living and mobility for elderly
Proyecto CENIT
Independent Living and mobility for elderly
Chronic disease patient monitorization and control
People with disabilities, social integration and accessible services
Services for vulnerable groups (children, …)
Promote proactive and healthy ways of life
Support to proffesionals involved in care-giving, family and informal care givers
Platforms and tools for supporting service provision operation and management

8. Scenary Home assistance private services Emergency services Hospitals
Proyecto CENIT
Security and Comunication Framework
Emergency services
Home assistance private services
Hospitals
Social services
Security services
e-goverment
Private social and healthcare entities

9. Ambient Intelligence
Proyecto CENIT
“ … creation of sceneries in which users interact naturally and effortless with different systems, thanks to the invisble technologies that are always naturally present and integrated …“
Simplicity for using based on the natural interaction is the paradigmatic concept of the model
Oriented to a system adapted to user restrictions and needs that interacts
Ubiquity perspective ensuring continuous services in every user environment
Fuente: Informe “Inteligencia Ambiental” , Noelia Carretero y Ana Belén Bermejo., CEDITEC Univ. Politécnica de Madrid

10. Technologies envolved
Proyecto CENIT
Context based systems
Intelligent Home platforms
Adaptive user interfaces
Interoperability and agent systems
Artificial intelligence algorithms
Information Security
Broadband networks
New generation of mobile services
Body area networks and wearable systems
Wireless technologies
Localization services
Biosensors y microsensors
Clinical monitor systems
Advance domotics
Encapsulation
Low energy-consuming systems
Platform
Communications
Sensor networks

11. Expected results REMOTE ASSISTANCE HEALTHCARE INFORMATION SYSTEM
MONITOR SYSTEM
HOME MANAGEMENT SYSTEM
ALARM MANAGEMENT
ELECTRONIC HEALTHCARE RECORDS
HOME ASSISTANCE CENTER
EMERGENCY
CALL-CENTER

12. Health control evolution
Tratamiento neurológico
Traumatismo
Infarto
Prevención
Proceso Agudo
Rehabilitación
Quirófano
Cama
Box UCI
Resonancia
Analítica
Plan
Paciente
Ingreso
Ultrasonido
Terapia
Mamografía
Endoscopia
Consultas
Quirófanos
Hospitalización
Boxes
INTERACCIÓN CLÍNICA
(Paciente real, médico, equipamiento)
Enfermo
Sano
Nacimiento
Muerte
Health networks
Social and Healthcare systems
DESEASE CONTROL
Healthcare based on evidence
Acute deseases representation
WORKFLOW CONTROL
Workflow based on ICT systems
Electronic Healthcare Record
USE CONTROL
Clinical Systems
Logistics
Pharmacy
Equipment

13. AMIVITAL Consortium Asociación ITACA Clínica Puerta de Hierro
Instituto de Salud Carlos III
Fundación Rioja Salud
Fundación CARTIF
Universidad de Granada
Universidad de Málaga
Universidad Politécnica de Madrid
Universidad de Zaragoza

14. Strategy in research Long term Research
Proyecto CENIT
Long term Research
Technological Innovation for the future based on AAL (Ambient Assisted Living)
Short Term Research
To define business models and join new entities as a tool developers for a new services market
Participation in Collaborative international projects
SIEMENS Spain is leading or involved in several research projects like:
Spanish national program CENIT: AMIVITAL
7th FP: OASIS
6th FP: ASK-IT

15. February 6th, 2008
Thanks
María García Robledo