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Stefano Andreani

Smart[ er ] Citizens. Harvard University Graduate School of Design. Bergamo University. Bergamo as Health City for a Smart[ er ] Health. Stefano Andreani. Smart[ er ] Health Research Framework. Smart[ er ] Health Bergamo as Health City. Check the city health status

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Stefano Andreani

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  1. Smart[er] Citizens Harvard University Graduate School of Design Bergamo University Bergamo as Health City for a Smart[er] Health Stefano Andreani

  2. Smart[er] Health Research Framework

  3. Smart[er] Health Bergamo as Health City Check the city health status Evaluate the healthcare systems Investigate the status quo of users/patients/service providers Leverage the full breadth of patient information to create a comprehensive picture of health information

  4. Bergamo as Health City Check the City Health Status: Big Data Analysis

  5. source: Cisco

  6. Text Sample text sample text sampletext sample text sample text sample text sample text sample text sample text sample

  7. source: IBM

  8. source: IBM

  9. source: IBM

  10. source: IBM

  11. Bergamo as Health City Evaluate the Healthcare Systems source: IBM

  12. source: IBM

  13. source: IBM

  14. Bergamo as Health City Investigate the Status Quo of Users/Patients/Service Providers

  15. Bergamo as Health City Create a comprehensive picture of health information

  16. Smart[er] Health Healthy Lifestyle • Increasing problematic factors in areas such as nutrition, mobility, and ailing urban environments are responsible for widespread obesity and self-destructive lifestyle choices of the urban population • Exploit advances in sensing technology for a deeper understanding of human behavior • Evaluate the role of smart devices for meaningful changes in lifestyle choices through integrated connections within a sensors-enabled city

  17. Healthy Lifestyle Investigate lifestyle choices of the urban population

  18. Healthy Lifestyle Exploit advances in sensing technology, online social networks, responsive environments, for a deeper understanding of human behavior

  19. Healthy Lifestyle Exploit advances in sensing technology for a deeper understanding of human behavior

  20. Healthy Lifestyle Evaluate the role of smart devices for changes in lifestyle choices

  21. source: IBM 1. OECD and WHO data

  22. Smart[er] Health Living with Grace / Aging in Place Technologies Aging population is a key phenomena of today’s world. Elderly as well as people with disabilities deserve a dynamic wellbeing, for meaningful roles in contemporary society Enhance accessibility and involvement of elderly and disabled through integrated approaches to the design of prosthetics and robotics Identify new intervention and opportunities and deliver coordinated, personalized care to help improve patient lives and lower costs Integration of high-tech solutions be with low- or no-tech strategies for highlighting the social relevance of a “humanized” experience

  23. Smart[er] Health Social Integration and Social/Cultural Empowerment Immigrants and other specific categories face increasing difficulties in integrating themselves within contemporary society Promote smart strategies and develop smart artifacts to foster social integration and cultural empowerment within the technologically-enhanced smart city

  24. Social Integration and Social/Cultural Empowerment Evaluate difficulties of immigrants in integrating with society

  25. Social Integration and Social/Cultural Empowerment Develop smart strategies to foster cultural empowerment

  26. Smart[er] Health Technology Drivers for Innovation Combinatorial innovations in healthcare information technologies Health data marketplace Re-engineering of healthcare Ubiquitous personal health previews Technologically-enhanced role of cities and citizens Humanized Technology

  27. Technology Drivers for Innovation Combinatorial Innovations in Healthcare Information Technologies Combinatorial Innovation: the process of combining distinct elements into novel products and services. It will fuel the harvesting of personal and clinical health data to develop refined, contextually relevant, and therapeutically appropriate products and services. The innovative combination and recombination of existing technologies will enable personal and clinical health data streams to be merged and contextually filtered, at the right time and to the right audience.

  28. Technology Drivers for Innovation Combinatorial Innovations in Healthcare Information Technologies Drivers: Ubiquitous Mobile Sensing Data Interoperability On-demand Cloud Computing Implications: Centralized Health Information Standards Merging Personal and Clinical Information Ecologies Designing for Interoperability Saving Money through Transparency New Opportunities for New Players

  29. Technology Drivers for Innovation Health Data Marketplace As organizations and researchers seek to obtain access to more health data, individuals will want to retain control over rights to their own data. These competing demands will become a source of conflict over the coming decade. Development of a marketplace for health data, with controls in place that will enable individuals to easily determine how private their information will be or not. Growing need to manage data control and collection.

  30. Technology Drivers for Innovation Health Data Marketplace Drivers: Awareness of Biology as a Component of Personal and Collective Identity Research Value of User-generated Information Rights, Privacy, and Control Implications: Fragmenting Data Sources, Fragmenting Trust Building Trust through Reciprocal Relationships Creating Quantified Identities

  31. http://quantifiedself.com/

  32. Current QS Device Ecosystem http://aaronparecki.com/articles/2013/10/11/1/the-future-of-quantified-self-devices

  33. Ideal QS Device Ecosystem http://aaronparecki.com/articles/2013/10/11/1/the-future-of-quantified-self-devices

  34. Technology Drivers for Innovation Ubiquitous Personal Health Previews Personal health forecasts will become a viable offering in the global health economy over the next decade. Improved technologies for simulation will introduce the practice of modeling individual future health states. Simulations of long-term health, built with data from mainstreamed genetic testing, will grow to encompass more holistic determinants of health. Enhanced visualization and communication tools will facilitate the explanation of these models in increasingly meaningful ways.

  35. Technology Drivers for Innovation Ubiquitous Personal Health Previews Drivers: Pressure to Improve Preventive Health Strategies Increased Access to Modeling Data Everyday Visualization Implications: Visualization for Behavior Change Seeing the Invisible Determinants of Health Navigating Complexity MyDigitalHealth.com

  36. Technology Drivers for Innovation Ubiquitous Personal Health Previews MyDigitalHealth http://www.experimentalman.com/

  37. Technology Drivers for Innovation Technologically-enhanced Role of Cities and Citizens Connecting communities , hospitals , research , and better health outcomes. Drivers: Link between Urban Design and Health Outcomes Shifting Centers of Innovation Implications: Connect Preventive Care and Sustainability New Innovation Hubs Health Innovation Cluster Strategies Opportunities for Leadership

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