The World Health Organization's (WHO) strategy on eHealth focuses on strengthening health systems in countries; fostering public-private partnerships in ICT research and development for health; supporting capacity building for eHealth application in member states; and the development and use of norms and standards. Success in these areas is predicated on a fifth strategic direction: investigating, documenting and analyzing the impact of eHealth and promoting better understanding by disseminating information. To that end, WHO undertook a global survey on eHealth with which to garner baseline data on the current state of eHealth. Executed between mid-2005 and mid-2006, it represents the first attempt to examine eHealth from a regional as well as global perspective. Developed and implemented by the Global Observatory for eHealth (GOe), the survey focused on processes and outcomes in key eHealth action lines previously identified by the World Summit for the Information Society (WSIS), which are supported by WHO as an overall framework for action.--Publisher's description.

"The principal authors were Carrie Beth Peterson (Consultant in eHealth and Innovation, WHO Regional Office for Europe), Clayton Hamilton (Editor-in-chief and Unit Leader, eHealth and Innovation in the Division of Information, Evidence, Research and Innovation, WHO Regional Office for Europe) and Per Hasvold (WHO Collaborating Centre for eHealth and Telemedicine at the Norwegian Centre for Integrated Care and Telemedicine, Troms, Norway)."--Page viii.

In an era of digital transformation within healthcare management, this important book outlines an ecosystem perspective to illustrate how a range of actors can use digital technologies to offer better value within the provision of healthcare services. From mobile applications to point-of-care diagnostic devices, from AI-enabled applications for data analysis to cloud models for service delivery and blockchain infrastructures, it provides a roadmap for how healthcare organizations can leverage these digital technologies. The book is also illustrated with case studies from different areas, including software for medical diagnostics, blockchain infrastructures for use in pharmaceutical supply chains and clinical trials, and federated learning platforms for genomics. Covering key issues such as patients’ rights to data and written in the aftermath of the COVID-19 pandemic, the book will be essential reading for researchers, postgraduate students, and professionals interested in how technology can support and enable healthcare service provision.

This book will help health system decision-makers identify key policy issues in developing an e-health strategy, and make the right decisions about the way forward. It can be used in workshops with a team of people from many different backgrounds, such as senior civil servants, doctors, nurses, healthcare managers, ICT managers and ICT suppliers.

Focusing on the challenges, directions, and future predictions with the role of 5G in smart healthcare monitoring, this book offers the fundamental concepts and analyses on the methods to apply Internet of Things (IoT) in monitoring devices for diagnosing and transferring data. It also discusses self-managing to help providers improve their patients' healthcare experience. Smart Healthcare Monitoring Using IoT with 5G: Challenges, Directions, and Future Predictions illustrates user-focused wearable devices such as Fitbit health monitors and smartwatches by which consumers can self-manage and self-monitor their own health. The book covers new points of security and privacy concerns, with the expectation of IoT devices gaining more popularity within the next ten years. Case studies depicting applications and best practices as well as future predictions of smart healthcare monitoring by way of a 5G network are also included. Interested readers of this book include anyone working or involved in research in the field of smart healthcare, such as healthcare specialists, computer science engineers, electronics engineers, and pharmaceutical practitioners.

Information and Communication Technology for Sustainable Development shows how ICT, as an enabler for all spheres of development, can help innovate business processes and operations, and provide faster integration of new technologies into business systems. Focused on sustainability, the book addresses strategic approaches to cope with a range of climatic, environmental, cyber-security threats and other global risks, and aims to promote prosperity and economic growth. Furthermore, it explores how the adoption of new technologies, and collective action based upon a strategic behavioral theory of new leadership, can be applied when responding to specific set of conditions that allow for the proposed strategies to cope with risks. Information technology and strategic planning complement each other to attain the sustainable development goals (SDGs). Risk management frameworks, business continuity systems, and strategic planning methodologies such as mechanism design theory, strategic adaptive cognition (SAC), and risk mechanism theory (RMT) are the fundamental components needed to have a universal approach embedded into the national development plans agenda. As technology no longer follows an orderly, linear path, but improves exponentially, developing a strategic approach to ICT implementation help world leaders in the difficult but inspiring task of making a sustainable world and consequently find solutions to achieve the SDGs and the desired growth pattern that must be sustained, inclusive and equitable. Features: Discusses for the first time the potential of ICT as a transformative power in finding solutions to climatic and economic issues. Illustrates comprehensive strategic planning for leaders to implement in both public and private organizations. Integrates standards and frameworks in the context of sustainable development along with the UN Sustainable Development Goals. Describes in detail how mechanism design, risk management, business continuity systems, a comprehensive strategic planning using SAC (Strategic Adaptive Cognition) and risk mechanism theory can be used to address environmental risks and attain sustainable development goals (SDGs). Explains eHealth as an adaptation strategy to address future changes in climate and impacts, and the links between mitigation and adaptation to ICTs.

Health literacy in practice requires the development of techniques that ensure that the patient can better access information, understand its content, know how to use this information, and make better health decisions. If the patient makes better health decisions, there are immediate reflexes in health outcomes. The aim is to develop an approach based on the commitment and creation of an atmosphere of trust that reduces uncertainty, anxiety, and embarrassment based on a process of assertive, clear, and positive communication (ACP model). The Handbook of Research on Assertiveness, Clarity, and Positivity in Health Literacy brings the consolidation of knowledge, strategies, and techniques to improve health literacy. This book discusses the importance of making sound health decisions: decisions that can save lives, prevent premature deaths, avoid hospitalizations and abusive resources to medical emergencies, and improve overall health outcomes for the individual, family, community, and society. Covering topics such as dietary guidance, health behavior change models, and medication reconciliation, this resource has theoretical and practical aspects essential to health information libraries, hospitals, clinics, health centers, health schools, patient associations, health professionals, medical students, researchers, professors, and academicians.

Digital transformation, also known as Industry 4.0, Smart Industry, and Smart Manufacturing, is at the top of leaders’ agendas. Such a transformation stimulates innovation in new products and services, the digital transformation of processes, and the creation of new business models and ecosystems. In the world of manufacturing, Industry 4.0 is based on various technological advances, among which we can mainly cite CPS (cyber-physical systems), IoT (Internet of Things), and IoS (internet of services). While engaging, this fourth wave also brings significant challenges for manufacturers. Business operations and the supply chain are becoming more vulnerable to cyber threats. Security Engineering for Embedded and Cyber-Physical Systems is an invaluable resource to discover cybersecurity and privacy techniques for embedded and cyber-physical systems. This book presents the latest studies and research results on all aspects of security engineering for embedded and cyber-physical systems. It also provides a premier interdisciplinary reference for researchers, practitioners, and educators to discover the most recent innovations, trends, concerns, and practical challenges encountered and solutions adopted in security engineering for embedded and cyber-physical systems. The book offers comprehensive coverage of the essential topics, including the following: Embedded and cyber-physical systems threats and vulnerabilities Security engineering techniques for embedded and cyber-physical systems Security engineering for embedded and cyber-physical systems and potential future-use cases Artificial intelligence techniques for cybersecurity and privacy Security engineering for Internet of Things Blockchain for cybersecurity in embedded and cyber-physical systems This book comprises a number of state-of-the-art contributions from both scientists and practitioners working in security engineering for embedded and cyber-physical systems. It aspires to provide a relevant reference for students, researchers, engineers, and professionals working in this area or those interested in grasping its diverse facets and exploring the latest advances and future trends related to security engineering for embedded and cyber-physical systems.