mHealth and Human-Centered Design Towards Enhanced Health, Care, and Well-being (Studies in Big Data, 120)

Preface
Contents
About the Editors
Involving End Users in Risk-Based Co-design
	1 Introduction
	2 A New Approach to Integrated Care Pathways
	3 Technologies to Lower the Gap and Foster the Adoption of mHealth Technologies
	4 Co-design to Foster the Adoption of mHealth Technologies
		4.1 Patient Engagement
		4.2 Physician Engagement
		4.3 How to Involve Users
	5 Impact of Co-design
	6 Conclusion
	References
Phygital Mental Health: Opportunities and Challenges
	1 Introduction
	2 Phygital Convergences and Interactions
	3 The Potential of Phygital Experiences for Enhancing Mental Health
		3.1 Mental Health Promotion and Illness Prevention
		3.2 Early Detection and Diagnostics
		3.3 Accessibility and Inclusion
		3.4 A Potential Scenario: From Virtual to Phygital Applications in Dementia
	4 Conclusion
	References
Data Uncertainty and m-Health Interaction Design for Aging People
	1 Introduction
	2 Measurement Through Wearable Technologies
	3 Aging People Experience and Informative Needs
	4 Application of m-health Technology: Use Case of the Resilient AAL Project
	5 The Problem of the Measurement Uncertainty
		5.1 Applied Methodology
		5.2 Predictive Models: Monte Carlo Simulation on Step Data
	6 Conclusion
	References
Digital Twins and Healthcare: Quick Overview and Human-Centric Perspectives
	1 Introduction
	2 Digital Twins
	3 Healthcare Applications
		3.1 Digital Twins for Health
		3.2 An Exemplary Domain: mHealth
	4 Human-Centric Perspectives
		4.1 Beyond Digital Twins: Phygital Twins
		4.2 Ethical Issues in Twinning for Health
	5 Conclusion
	References
mHealth for Well-Being: Case Studies in Physiological, Cognitive, and Affective Sensing
	1 Introduction
	2 Challenges in Mobile Mental Health
		2.1 Sensing and Assessment
		2.2 Design and Engagement
		2.3 Interventions—Identification, Contextualization, and Digitization
		2.4 Data Privacy and the Security versus Usability Trade-Off
		2.5 Digital Platform for Data Management
		2.6 Ethics and Safety
		2.7 Validation/Trials and Long Cycle Time to Market
		2.8 Adoption by Practitioner Community
	3 Case Study I—A Mobile Stress Management Solution
		3.1 Sensing Stress and Emotions
		3.2 Interventions for Stress Management
		3.3 Design Strategies
		3.4 Privacy and Security Strategies
		3.5 Data Management Platform
		3.6 Validation and Pilot Studies
	4 Case Study II—A Cognitive Analysis Application
		4.1 Importance of Cognitive Analysis in Mental Health
		4.2 Cognitive Factors
		4.3 Reflection in Physiology
		4.4 Standard Measurement/Assessment Methods
		4.5 Wearable-Based Methods
	5 Conclusions
	References
Design Considerations of Mobile Applications for Healthy Living
	1 Introduction
	2 Mobile Health Applications for Different Purposes
	3 Important Issues About Mobile Health Applications
	4 Research Design and Elements
	5 Design Considerations of Mobile Health Applications
	6 Discussion
	7 Conclusions
	References
Evaluation Review of Mobile Apps Supporting Adolescents’ and Young Adults’ Mental Health
	1 Introduction
	2 Methods
	3 Evaluation Results
	4 The Role Of Human-Centered Design in mHealth Apps
	5 Conclusions
	References
An Overview of the Effects of Music on Tourette Syndrome
	1 Introduction
		1.1 Effect of Music in Neurology and Particular in TS
		1.2 Musicians, Singers, and Songwriters with Tourette Syndrome
	2 Internet of Things (IoT) and Mobile Health (mHealth), Music and TS
		2.1 A Telehealth Protocol
	3 Conclusion
	References
Artificial Intelligence Applications and Social Assistive Robotics to Counteract Cognitive Decline in the Older Population: Evidence from Trials in Real Settings
	1 Introduction
	2 Methods
		2.1 Literature Search and Study Selection
		2.2 Selection Strategy
		2.3 Data Collection
	3 Results
		3.1 General Characteristics of the Study Population
		3.2 Descriptive Analysis and Outcome Measures
	4 Discussion
	5 Summary/Conclusion
	References
Human-Centered Design to Enhance the Holter Monitor Experience for Elderly People
	1 Introduction
		1.1 VUCA
		1.2 Aging Society
		1.3 Digitalism
	2 Healthcare Transitions
	3 CVDs and the HCD’s Role to Innovate the Holter Monitor Experience
	4 Research Project: How to Improve Holter Monitor Experience by Human-Centered Design
		4.1 Methodology
		4.2 Phase 01—Analysis
		4.3 Synthesis
		4.4 Testing
	5 Results
	6 Conclusion
	References
Exploring a Configurable Virtual Environment for the Assessment and Diagnosis of the Driver\'s Psychophysical State
	1 Introduction
		1.1 The Drowsy Driving Problems
		1.2 Challenges and Opportunities of Studying Drowsy Driving
	2 Virtual Environment
	3 Methodology and Approach
		3.1 The Design, Creation, and Programming of the Driving Simulator
		3.2 The Programming of the Application for the Collection of Data Concerning Drowsiness
		3.3 The Design of a System to Collect and Analyze Users’ Biometric Data
		3.4 Creation of the Physical Simulator, the Union of the Three Modules
		3.5 Test Procedure
	4 Results
		4.1 Game Feedback
		4.2 KSS and Biometric Values
		4.3 Evaluation of the Questionnaires
		4.4 Future Works
	5 Conclusion
	References