Wireless Health
  
Wireless Health
Remaking of Medicine by Pervasive Technologies
Published:
12/10/2014
Format:
E-Book (available as ePub and Mobi files) What's This
Pages:
550
ISBN:
978-1-49693-414-7
Print Type:
Color

This book teaches the fundamental and practical knowledge necessary to advance wireless health technology and applications. It is suitable for both instructional and self-learning. The approach is an integrated, multidisciplinary treatment of the subject. Each chapter includes: Abstract, Learning Objectives, Introduction, Chapter Content, and Summary. This book is developed for graduate students and working professionals with technology, science and clinical backgrounds. It is also an effective informational resource for the broader community. The authors are practicing topic experts from academia and industry. The editor has developed a graduate course in the topic, which has been taught using informal drafts of this book since 2011. 

This book covers the following topics:

About the Authors

Foreword

Preface

Introduction

                                               

Chapter 1            Introduction to Wireless Health

               Mehran Mehregany

Chapter 2            Products, Services, and Business Models

                Mehran Mehregany and Vicki Smith

Chapter 3            Physicians, Hospitals, and Clinics

                Kendal Williams

Chapter 4            The Current US Health Care System

                            David Gruber

Chapter 5            Policy and Regulatory Aspects

    Dale Nordenberg

Chapter 6            Personalized Medicine and Public Health

                            Brigitte Piniewski, MD

Chapter 7            Health Information Technology

                            Rick Cnossen

Chapter 8            Microsystems

                            Masoud Roham

Chapter 9            Wireless Communications

                Stein Lundby

Chapter 10          Computing and Information

                            John Sharp

Chapter 11          Social Media and Health

                            Keith Monrose

Chapter 12          Electronic Instrumentation

                            Christian Falconi

Chapter 13          Medical Device Design

                            Enrique Saldívar and Rajeev D. Rajan

Chapter 14          Design for the Consumer Patient

                            Srinivas Raghavan

Chapter 15          Design for the Health Care Team

                            Srinivas Raghavan

Chapter 16          Leveraging the Power of Games

                            Alan Price

Chapter 17          Platforms, Interoperability, and Standards

                            Rajeev D. Rajan

Chapter 18          Steps Toward Security of Wireless Medical Devices

                            Mike Ahmadi

 

Introduction

Health care is a universal need; better care delivery, increased population coverage, and lower costs are pressing societal expectations. Technology is an indispensable component of solutions responsive to these expectations. One such promising technology solution is wireless health, which enables diagnosis, therapy, and monitoring of health-related conditions by tracking biometric readings and relevant biomarkers, managing treatment regimens, and monitoring progress—while the patient remains “untethered” and can even go about her daily life. This approach to health care is being called wireless health, though the terms mobile health (mHealth), digital health, and connected health are also used to refer to the same.

Ubiquitous connectivity and computing are bringing about unprecedented mobility—facilitating working, entertainment, shopping, socializing, gaming, and more, anytime, anywhere. Today’s health care delivery, however, “tethers” the patient and the provider together episodically (i.e., requiring them to meet at a designated time and place). It is only natural that the same enabling technologies and the associated mobility enablement are infiltrating health care. In fact, telehealth, which leverages videoconferencing, is already being used to offer “care at a distance”—connecting remote providers and patients face-to-face—a step forward in the trend noted.

Wireless health finds its origin in offering health care solutions in the developing world by leveraging the pervasiveness of wireless devices; uses have included education and awareness, remote data collection and monitoring, training and management of care personnel in the field, epidemic and disease tracking, and diagnostic and treatment support. In the developed world, enhancing quality, improving convenience, extending reach, and reducing costs of care are prospects that motivate wireless health solutions (see Table 1). Of these, reducing costs is front and center, particularly in the United States, where the quality of care is generally acceptable, convenience is “nice to have,” and reach is generally not a pressing issue. The rising costs of care, however, are not sustainable and must be addressed—making cost reduction a must-have.

Table 1: Prospects for wireless health impact.

Given its significant potential benefits to the health care delivery systems and increasing patient demand for mobility, continued emergence of wireless health is a near certainty. On the technology side, advances in microsystems enable nonintrusive measurement of health and disease conditions, as well as delivery of therapy on demand. Connectivity and computing are ubiquitously available at low cost and with high performance; they will continue to get better with time. Social networks are a powerful tool for promoting peer comparisons and competitions in health and wellness, motivating behavioral change and providing a community of support. Meanwhile, advances in genomics (not covered in this book) are ushering in a new era of personalized medicine.

The convergence of the aforementioned trends will result in individualized preventative medicine that is time and place independent. Figure 1 captures the key benefits of this convergence, recognizing the central role of “wireless” enablement; without “wireless,” the extent of each of the benefits is limited. Hence, this book emphasizes “wireless health” rather than “mHealth” or “digital health.” Nevertheless, these terms are used interchangeably in this book for the most part.

Fig. 1: The coming transformation of health care, catalyzed in part by wireless health solutions.

The topical coverage in this book reflects the interdisciplinary nature of wireless health. To enter the field and contribute to its advancement, a certain level of depth and breadth of knowledge is necessary. This “textbook” is an attempt to provide the reader with this level of breadth and depth. The chapters of the book are coordinated to meet this overall objective. At the same time, each chapter stands alone in its topical coverage, which forced slight overlaps among a few chapters. Even then, the overlap is not repetition, but looks at the point from the perspective of the chapter.

The content of this book is presented in four parts. The rationale for this construction is to afford the reader flexibility in balancing depth and breadth of learning. For example, readers with medical/clinical backgrounds may elect to skip part II. On the other hand, readers with an engineering background may already be familiar with the topics of part II. The following is an overview of each of the four parts:

  1. Overview of wireless health

Introduces the reader to wireless health. It includes examples of products, services, and business models to ground the discussion in practical terms. It is intended for readers of any background desiring a high-level perspective on wireless health.                        

  1. Health care delivery ecosystem

Provides the reader with an understanding of the US health care delivery ecosystem. It paints the contextual landscape in which wireless health solutions must fit and function. It is intended for readers of any background desiring an understanding of the current health care delivery landscape.

  1. Pervasive technologies

Provides the reader with an understanding of four key pervasive technologies that enable wireless health solutions. It includes a chapter on each technology, with an introductory-level depth and breadth. It is intended for readers with engineering and physical sciences backgrounds, or readers with technology savvy.

  1. Solution considerations

Tunes the reader to considerations in developing wireless health solutions. It includes chapters on topics that expand the reader’s depth and breadth, positioning her to develop new (and enhance existing) wireless health solutions. It is intended for readers who have integrated the content of the first three parts into their knowledge base, and for readers with topical interest.         

The use of web links for citations has been liberal in this book, as it was unavoidable for the most part. Some links inevitably have been moved (or once in a while deleted); using one of the common search engines, the reader can usually find the intended reference.

Mehran Mehregany is the founding director of the Case School of Engineering San Diego of Case Western Reserve University (CWRU), where he is the Goodrich professor of engineering innovation. He is recognized for pioneering contributions to microsystems technology, practice of innovation, and wireless health solutions; he has founded several technology start-ups, including NineSigma, Inc. His interests include sensor and microsystems technology, silicon carbide sensors and electronics, innovation, wireless health, and wearables. He received his Master's and Ph.D. from the Massachusetts Institute of Technology in electrical engineering.

 
 


Buy This Book (Price in USD)
E-Book
Price $9.99
Share Print E-mail
 
facebook   twitter   Website