Telehealthcare Computing and Engineering: Principles and Design

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Автор: Fei Hu

Название: Telehealthcare Computing and Engineering: Principles and Design

Язык: английский

Издательство: Boca Raton: CRC Press, Taylor & Francis Group

Год: 2013

Формат: pdf

Размер: 12,8 mb

Страниц: xix, 726

While conventional similar books focus on medical science and social aspects, this book emphasizes computing science and engineering design. This feature can help with both industry development and academic research. It book explains in detail both entire telehealthcare engineering system and individual hardware components. For example, it has circuit design details on ECG /EEG sensors. Highlighting basic principles and deep research development (R&D) details, the book focuses on two important design aspects: medical sensor design and medical signal processing. Their principles can be directly used for practical product design.

Preface vii

List of Contributors xv

Part I: System: Tele-Healthcare Monitoring Networks

Chapter 1. Wearable Healthcare-Monitoring Systems 3

Using E-Textiles and Wireless Sensor Networks Gregorio Lopez, Victor Custodio and Jose Ignacio Moreno

Chapter 2. Outdoor Wireless Networks for Healthcare 33

Applications: Reliability Optimization through Prognostics and Health Management Bernard Fong and A C.M. Fong

Chapter 3. Remote Assessment of Health in Older and 61

Frail Adults Living Independently through Mobility Assessment Peter G. Jacobs 85

Chapter 4. Virtual Reality-based Tele-Rehabilitation Computing

Fei Hu, Xiaojun Cao, David Brown, Jihoon Park, Mengcheng Quo, Qingquan Sun and Yeqing Wu

Chapter 5. Tele-rehabilitation System Based on Augmented 99

Feedback for People with Parkinson's Disease: Design Principles

Laura Rocchi, Elisabetta Farella, Reynold Greenlaw and Lorenzo Chian

Chapter 6. ReconSgurable Solutions in Telemedical 115

Cardiac Monitoring Piotr Augustymak

Chapter 7. Health Technology Assessment of Telemedicine 175

for Patient Suffering from Heart Failure L. Pecchia, P. Mehllo and If. De Luca

Chapter 8. Cardiac Fetal Monitoring Martin Ruben-Clemente 203

Part II: Hardware: Medical Sensors and Hg.vic.gs.

Chapter 9. Healthcare Sensor and System 233

Hongaa Chen, Weihua Pei and Xu Zhang

Chapter 10. Medical Sensing Using Doppler Radar 283

Aditya Singh, Olga Boric-Lubecke and Victor Lubecke

Chapter 11. Continuous Glucose Monitoring in Diabetes: 303

Sensor Engineering and Remote Monitoring W. Kenneth Ward

Chapter 12. Development of A Low-frequency Microphone 325

for Measurement of Bio-signals by Mobile Phones for Ubiquitous Medical and Healthcare Monitoring Yosuke Kurihara and Kajiro Watanabe

Chapter 13. Small is Beautiful and Smart 341

James B. Wendt, Saro Meguerdichzan and Miodrag Potkonjak

Chapter 14. Implantable Medical Devices: Architecture 359

and Design

Fei Hu, Qingquan Sun, Yeqing Wu. Mengcheng Guo, Jiang Lu, Лаут Li, Daniel Juslin Gay, Justin К Gamer and Anthony L. Poelbiitz

Chapter 15. RFID For Telehealthcare Applications 407

Fei Hu, Omgquan Sim, Mengcheng Guo,

Yeqing Wu and Jang Lu

Chapter 16. Printed Circuit Board Design for Implantable 439

and Wearable Medical Electronics

Michael Rothfuss, Ajay Ogirala and Martin H. Mickle

Part III. Software: Medical Signal Processing

Chapter 17. A Systematic Approach for Automated 473

Pattern Recognition in Histological Samples of Multiple Cancers

Nikita V. Orlov and Ilya G. Goldberg

Chapter 18. Multiscale Quality Control of Telemedicine 513

ECG Signal Acquisition

Chen Kan, Yun Chen and Hui Yang

Chapter 19. Enhanced Remote Health 539

Monitoring: Home Monitoring of Patients Suffering from Congestive Health Failure via Heart Rate Variability Analysis P. MehUo and L. Pecchia

Chapter 20. Symbolic Approach to Motion Analysis: 561

Framework and Gait Analysis Case Studies Anita Sant’Anna and Nicholas Wickstram

Chapter 21. Speech Analysis for Ambient Assisted Living: 607

Technical and User Design of a Vocal Order System

Michel Vacher, Francois Portet, Benjamin Lecouteux and Caroline Golanski

Chapter 22. Medical Image Search and Retrieval for 639

Improved Tele-healthcare Devrrm Unay and Ahmet Ekm

659

Chapter 23. Sleep Stage Estimation Algorithm 659

as a One Application for the Ubiquitous Medical and Health Care Monitoring

Yosuke Kurhara and Kajiro Watanabe

Part IV: Others: Medical Security and Privacy

Chapter 24. Simultaneous Trust and Privacy in Medical 679

Systems using Public Physical Unclonable Functions

Saro Meguerdichian, James B. Wendt and Miodrag Potkonjak

Chapter 25. Implantable Medical Device Security 699

From a Machine Learning Perspective Fei Hu, Xiaojiang Du, Xiah Hei, Alexandru Samachisa, Martin Lukowiak, Dong Zhang, Shuhui Li, Jie Wu and Daniel Phillips

Chapter 26. Establishing Ethical Guidelines for 709

Home-based Telemedicine Y. Tony Yang

Index