Digital Health Technology for Better Aging

Preface.- Chapter 1. Older persons in Europe 2020: needs and challenges for an interdisciplinary polytechnic approach.- Section 1: Designing mHealth solutions for better ageing: clinical and methodological perspective.- Chapter 2. The multi-domain coaching approach to counteract ageing decline.- Chapter 3. Found in translation: innovative methods of co-design in the development of digital systems for promoting healthy aging.- Section 2: Technology applied to solutions for Healthy ageing.- Chapter 4. Monitoring in the physical domain to support active ageing.- Chapter 5. Nutrition monitoring as a Key Performance Indicators (KPI) in prevention services for older adults.- Chapter 6. Social behavior and cognitive monitoring in healthy ageing.- Chapter 7. Perspective and experiences of Decision Support System (DSS) and AI in prevention and care for older adults.- Chapter 8. System interoperability for next gen services at home. A challenge/opportunity for integration.- Section 3: Lifestyleimprovement and virtual coaching and ICT services in the human domains through friendly technology.- Chapter 9. Physical Activity promotion and coaching to support healthy ageing.- Chapter 10. Coaching older adults towards a healthier lifestyle: psychological and technological methods.- Chapter 11. Understanding older adults' affect states in daily life for promoting self-reflection about mental well-being.- Chapter 12. Building trust and companionship in e-coaching through embodiment.- Chapter 13. Challenges, limitations and methodologies to be applied in the development of an ICT-based intervention for older people .- Section 4: Innovation impact measured in subjective (usability and experience), social (community level) and business (companies and institutions) opportunities.- Chapter 14. Practicing the test of new system-services for elderly care: how to introduce and measure user experience and related outcomes.- Chapter 15. SROI methods for impact assessment in Economy of

Dr. Giuseppe Andreoni (M) earned the laurea degree in electronic engineering in 1993 and a Ph.D. in bio-engeneering in 1998. He is currently a full professor at the design Dept. of Politecnico di Milano. He also serves that department as the scientific coordinator of the TeDH-Technology and Design for Healthcare and Wellbeing Laboratory, which includes the Sensibilab (Biomedical Sensors and Systems Lab.) and of the LyPhE (Laboratory of Physical Ergonomics). He has a wealth of experience in the design and development of innovative products, systems, and services in the healthcare and ergonomics sectors, with specific know-how about integrating technologies and participatory design methodologies. His main research interests are: ergonomics, wearable sensors, design, rehabilitation and assistive technology. He is coauthor of 10 national/international patents and more than 250 publications (books, chapters, papers, and proceedings in international conferences). Giuseppe was the scientific coordinator of "PEGASO - Fit for Future", a European project within the frame of the 7th Framework program, and he is currently the scientific coordinator of the "NESTORE" project within the frame of the H2020 Framework program.

Ing. Cinzia Mabretti (F) has more than 20 years of experience in R&D project management. Having graduated with a degree in computer science engineering from Politecnico di Milano, she gained experience during her school years by participating in several artificial intelligence and robotics project, including Robocup 1998, Paris, for which she served as a member of the ART team, the Italian national team that developed a moderately-sized homemade robot football player. From 2003 to 2011, she was the senior project manager at Socrates Medical, leading the R&D team, and also participating in the projects FP-6 WEIRD (WiMax Extension to Isolated Research Data Networks) and FP-7 ISISEMD (Intelligent System for independent living and SElfcare of