Muutke küpsiste eelistusi

Connected Health: Improving Care, Safety, and Efficiency with Wearables and IoT Solution [Kõva köide]

  • Formaat: Hardback, 304 pages, kõrgus x laius: 254x178 mm, kaal: 720 g, 1 Tables, black and white; 126 Illustrations, black and white
  • Ilmumisaeg: 13-Feb-2017
  • Kirjastus: CRC Press
  • ISBN-10: 1138738867
  • ISBN-13: 9781138738867
Teised raamatud teemal:
  • Formaat: Hardback, 304 pages, kõrgus x laius: 254x178 mm, kaal: 720 g, 1 Tables, black and white; 126 Illustrations, black and white
  • Ilmumisaeg: 13-Feb-2017
  • Kirjastus: CRC Press
  • ISBN-10: 1138738867
  • ISBN-13: 9781138738867
Teised raamatud teemal:

Connected Health is the most dynamic phenomenon in healthcare technology today. From smartphones and tablets to apps, body sensors and telemedicine, Connected Health promises to stir foundational shifts in healthcare quality and delivery. This is a watershed moment in healthcare – the Connected Health ecosystem is dramatically impacting healthcare’s stakeholders, from patients to C-Suite executives, and is delivering on the tri aim: quality care, coordination and cost savings.

This new book conducts a focused examination of wearables as an explosive niches of the Connect Health market. Covering a range of issues from wearable applications in the consumer and provider spaces, to emerging technology solutions and hurdles to successful deployment, this book also provides an engaging discussion about wearables as a change agent of healthcare delivery. The discussion continues with and examination of the interplay between solutions like wearables in the Healthcare Internet of Things ("IoT") landscape.

The book also explores the scope and trajectory of the Connected Health ecosystem through a combination of expert commentary and selected case studies. It serves as an educational resource as well as a practical guide in strategizing and executing a Connected Health market and product strategy.

Welcome xv
Part One: Wearables for Healthcare
Chapter 1 Wearables and the IoT for Healthcare
Introduction
1(6)
Chapter 2 Types of Wearables
7(14)
Editor's Note
8(2)
Exploring Brain Health: The Inevitable Rise of Brain Wearables
10(4)
Healthcare Opportunities
11(1)
Areas of Benefit
12(1)
Vendor Environment
13(1)
Case Study: Precise RTLS in Healthcare Can Yield New Understanding and Unexpected Benefits
14(2)
References
15(1)
Case Study: Smart Rehabilitation for the 21st century
16(5)
References
19(2)
Chapter 3 Wearables for Professionals
21(24)
Introduction
21(3)
Definitions
22(2)
Identification of Need
24(1)
Work-Flow
24(1)
Education
24(1)
Modern Wearable Operating Room Technology
25(1)
Point of View Cameras
25(1)
Head Mounted Wearable Computers
25(1)
Wearable Operating Room Technology in the Future
26(5)
Wearables - Implantables and Invisibles
31(2)
Virtual Reality Gets Personal in Healthcare
33(4)
Case Study: Secure Smartphones Optimize Care Collaboration and Coordination
37(8)
The Challenge
37(1)
The Solution
38(1)
Implementation
38(2)
Key Learnings
40(1)
Results
40(2)
Expansion
42(1)
Resources
43(2)
Chapter 4 Wearables in the Healthcare Enterprise
45(36)
Editor's Note
46(1)
Wearables in the Healthcare Enterprise
47(11)
Abstract
47(1)
Transportation
48(1)
Inventory
49(1)
Motion
50(1)
Wait Time
51(1)
Over Processing
52(1)
Over Allocation of Time
53(2)
Defects
55(1)
Conclusion
56(1)
References
56(1)
Special Regards
57(1)
Case Study: Seeing New Opportunity-Cardinal Health Inventory Management Solutions Optimize the Supply Chain
58(4)
Taking Control of the Future
58(1)
Meeting Aggressive Goals
58(1)
Tracking Products, Setting Pars
59(2)
Launching Success
61(1)
Improving Supplier Relations
61(1)
Case Study: Celebration Health-Florida Hospital Pioneers Use of RTLS and Business Intelligence to Improve Nursing Workflows
62(4)
Overview
62(1)
The Solution
63(1)
The Results
63(1)
Solution Benefits
64(2)
Case Study: Geisinger Tracks Patients with Disposable RTLS Wristband Tags
66(5)
Accurate, Real Time Patient Location
66(2)
An Extendable Technology Solution
68(1)
"Smarter" RTLS in the "Smart" Hospital
69(2)
Extendable Workflow Solutions
69(1)
Remote Patient Monitoring
70(1)
Wearables
70(1)
Business Intelligence and Modeling
70(1)
Case Study: The Value of Enterprise-Grade Operation Intelligence
71(10)
The Situation
71(1)
The Solution
71(1)
The Benefits
72(1)
Description of the Innovative Activity
72(1)
Selecting Hardware and Software
73(1)
Results
73(1)
References
74(1)
Case Study: Health System Overview
75(15)
The Health IT Department
76(1)
The Challenges
76(1)
EHR Accessibility at the Point of Care
76(1)
Providing Wall-To-Wall Wi-Fi Coverage
76(1)
Supporting Biomedical Devices on the Wireless Network
77(1)
The Extreme Networks Solution
78(3)
Chapter 5 Wearables for Chronic Disease
81(24)
Introduction
82(1)
Discussion
83(5)
Limitations
88(1)
Conclusions
88(1)
References
89(1)
Case Study: The Health Impact of Intelligent Home
90(15)
Intro
90(1)
Organization
90(1)
Rationale for Approach
91(4)
The Value of Wellness
92(1)
The Intelligent Home
92(1)
The Art of Presentation
93(2)
Background Evidence
95(2)
mHealth
95(1)
Telehealth
95(1)
Fitness and Wellness
96(1)
Future Research & Collaboration
97(1)
Example Opportunities
98(1)
Future Themes/Events
99(1)
Contact Our Members
99(1)
References
100(3)
Additional References
103(1)
Acknowledgements
103(2)
Chapter 6 Global Best Practices and Evidence of Healthcare Outcomes Using Wearable Devices
105(16)
Introduction
106(2)
Results from Early Pilots are Encouraging
108(2)
Success Requires Careful Planning to Overcome Challenges
110(4)
Best Practices from Early Pilots Emerge
114(1)
Parting Thoughts
115(1)
Case Study: Extreme Networks Purview Solution Improves Customer Satisfaction & Delivers Better Patient Outcomes
116(5)
Introduction
116(1)
Hospital's Challenge
116(1)
Extreme Networks Solution
117(1)
Results
117(4)
Chapter 7 Compliance
121(12)
Editor's Note
122(1)
Policy
123(7)
Chronic Care Management and Reimbursement-Policy meets practice
123(3)
HIPAA and Wearables in a Consumer Driven World
126(1)
Unique Device Identifiers: Is there a need?
127(1)
Policy Impact: Research and Clinical Applications
128(1)
Aggregating Physiological and Social Determinants of Health
129(1)
Data Integrity and Data Management
129(1)
Digital Consent and Marketing
130(1)
Industry and Academic Uncertainty and IRB Requirements
130(3)
Precision Medicine
131(2)
Chapter 8 Standards and Security
133(26)
Editor's Note
134(2)
Standards
136(6)
HL7
136(1)
IEEE
137(1)
International Health Enterprise (IHE), Patient Care Devices (PCD)
137(1)
Industrial Internet Consortium (IIC)
138(1)
Continua
138(1)
ONC S&I Framework
138(1)
Open mHealth (non recognized Standard)
139(1)
Food and Drug Administration (FDA)
140(1)
Federal Communication Commission (FCC)
140(1)
Federal Trade Commission
141(1)
Security
142(10)
Trust
147(1)
Identity
147(1)
Authentication
148(1)
Biometrics
148(1)
Unique Device Identifier (UDI)
149(1)
Data Retention
149(1)
Administration
150(1)
FDA Guidelines
150(1)
Governance
150(1)
International Consideration
151(1)
Blockchain-the future?
151(1)
Devices
152(4)
Medical Devices
152(1)
Smart IoT Devices
152(2)
Write Only Sensors
154(1)
Wearable
155(1)
Conclusion
156(1)
References
157(2)
Part Two: Wearables and the IOT 159(99)
Part Two Introduction
160(4)
The IoT
160(1)
Managing IoT Transformation within the mHealth Ecosphere
160(2)
Anticipating and Mitigating Risk: Things to Watch Out For
162(5)
Information Technology
162(1)
Capacity
162(1)
Productivity
162(2)
Chapter 9 IoT Overview
164(29)
Editor's Note
164(3)
Capitalizing on the IoT with Visibility and Intelligence
167(6)
IoT: Opportunities and Challenges
168(2)
Opportunities
168(1)
Challenges
168(2)
Enterprise Asset Intelligence
170(1)
Enables Businesses to Capitalize on the IoT
170(1)
Five Essentials for Deploying IoT
170(3)
Solutions
170(1)
Conclusion
171(1)
References
172(1)
Case Study: How the Collective Can Keep Us Healthy by using IOT-Enabled Mobile Healthcare Solutions
173(9)
References
180(2)
Case Study: Forget Smart Phones-What You Need Are Smart Pumps
182(4)
Objective
182(1)
Methods
183(1)
DoseTrac Real Time and Retrospective Data
183(2)
Results
185(1)
Case Study: Smart Pumps: Achieving 100% Drug Library Compliance & Averting Medication Errors
186(7)
Introduction
186
Goals of the Project
186(1)
Problems identified
186(1)
Implementation
186(1)
Phase I
186(1)
Phase II
187(1)
Drug Library Development
187(1)
Phase II
188(1)
Innovation
188(2)
Data Analysis Results
190(1)
Intervention
190(1)
Outcomes
190(3)
Chapter 10 The IoT and Big Data
193(18)
Editor's Note
194
The Internet of Things and Big Data in Healthcare
118(84)
Challenges with Big Data
199(1)
Use of "The Cloud"
200(1)
Closing Thoughts
200(1)
References
201(1)
Case Study: The IoT and Big Data in Healthcare Unleashing the Next Generation of Value Creation
202(8)
References
210(1)
Chapter 11 Analytics
211(24)
Editor's Note
212(1)
Analytics
213(19)
Connected devices, predictive analytics, and a certain future
213(1)
Overview and thesis: The promise
214(4)
Review of our current state
218
In the marketplace, wearables are primitive coaches, not predictors of health risk
216(1)
Three types of hardware drive the current market and affect analytical evidence
217(1)
Consumer-facing companies struggle to understand physiological and activity data
218(1)
What the consumer companies are doing
219(1)
Chief medical information officer challenges big consumer companies
220(1)
Big insights are fueled by small signals
221(3)
Banner Health System stalks the future with Philips
224(1)
Predictive analytics from home-based signals are at the core of the solution
225(2)
Controlled environments in academia give us important evidence
227(1)
Conclusions
228(1)
Recommendations
229(1)
References
230(2)
Case Study: DaVincian Healthcare and HelloDoctor24x7 Bring Lifesaving Healthcare to Remote Reaches of India
232(3)
Chapter 12 The Future of Wearables and the IoT in Healthcare
235(18)
Editor's Note
236(2)
From Wearable Sensors to Smart Implants
238(3)
References
240(1)
Connecting Implantable Devices - The Next Iteration of Wearables?
241(12)
Why Implantables?
241(2)
History Of Implantable Technology For Remote Patient Monitoring
243(2)
Device and Accessory Regulation
245(1)
Security Issues
246(1)
The Design Challenge
247(2)
The Road to Commercialization
249(2)
The Future of Implantables
251(2)
Chapter 13 Roundtable Discussion: The Outlook for Wearables and the IoT in Healthcare
253(5)
Editor's Note
254(4)
Video Interviews
255(3)
Question 1
255(1)
Question 2
255(1)
Question 3
256(1)
Question 4
256(1)
Question 5
257(1)
Contributors 258(14)
Contact Us 272
As President of HealthSense since 1998, Rick Krohn has energized both new and established health technology organizations by delivering strategic mindshare and marketing expertise founded upon a keen understanding of the healthcare ecosystem. His unique skills set: identifying opportunities, creating strategies, and driving execution to grow a pipeline of business.









Previously, he was marketing directory of Shared Health (an HIE) and an executive director of Superior Consultant where his responsibilities included health technology and management consulting, corporate strategy, business development, strategic marketing, thought leadership, corporate branding and communications. Earlier, he was vice president of Medical Alliances, a national health care management consulting firm. His responsibilities included management of the healthcare business development and management services consulting division, as well as active management of individual consulting engagements. Ricks healthcare career began in administrative and operations posts at the Bon Secours Health Systems, Johns Hopkins Hospital, and Sinai Hospital of Baltimore.









Rick graduated from Towson University with a degree in Economics and Political Science. He completed additional advanced study at the American University and Johns Hopkins University, earning a Masters degree in International Finance and a Masters in Business Administration, respectively.









David Metcalf has more than 20 years experience in the design and research of web-based and mobile technologies converging to enable learning and healthcare. Dr. Metcalf is Director of Mixed Emerging Technology Integration Lab (METIL) at UCFs Institute for Simulation and Training. The team has built mHealth solutions, simulation games, eLearning, mobile and enterprise IT systems for Google, J&J, VA, US Military and UCFs College of Medicine among others. Recent projects include Lake Nonas Intelligent Home prototype and SignificantTechnology, a mobile-enabled online degree and eResource kit. Dr. Metcalf encourages spinoffs from the lab as part of the innovation process and has launched Moving Knowledge and several other for-profit and nonprofit ventures as examples. In addition to research and commercial investments, he supports social entrepreneurship in education and health. Dr. Metcalf continues to bridge the gap between corporate learning and simulation techniques and non-profit and social entrepreneurship. Simulation, mobilization, mobile patient records and medical decision support systems, visualization systems, scalability models, secure mobile data communications, gaming, innovation management and operational excellence are current research topics. Dr. Metcalf frequently presents at industry and research events shaping business strategy and use of technology to improve learning, health and human performance.









Pat Salber is the Founder and Editor-in-Chief of The Doctor Weighs In (TDWI). She has been writing about all things health and healthcare on this site since 2006. She is a board certified internist and emergency physician who practiced at Kaiser Permanente until transitioning into a national executive position as the organizations first Director of National Accounts. Over the course of her career, she has worked as a physician executive for a variety of healthcare organizations (health insurance companies, medical groups, large employers). Currently, she serves as a consultant to CMS and speaks and moderates at both national and international healthcare conferences. She also serves on advisory councils of global non-profits (i.e., MedShare and care for Peace) and companies such as CliniOps, a health technology startup that is developing cutting edge software to support clinical trials. She is a media partner to the Physician-Patient Alliance for Health and Safety (PPAHS). In addition to writing for TDWI and other healthcare blogs, Pat has published on a variety of topics in both peer-reviewed journals and trade publications. Her book, The Physicians Guide to Intimate Partner Violence and Abuse, was one of the first books on the topic written specifically for health care professionals.