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Telemedicine and E-Health Services, Policies, and Applications: Advancements and Developments
Telemedicine and E-Health Services, Policies, and Applications: Advancements and Developments
Telemedicine and E-Health Services, Policies, and Applications: Advancements and Developments
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Combining electronic communication and information technology with healthcare practices, e-health promises access to health information, diagnosis, treatment, and care to patients who may "enter" and interact with the system in new ways.

Telemedicine and E-Health Services, Policies, and Applications: Advancements and Developments offers a comprehensive and integrated approach to telemedicine by collecting e-health experiences and applications from around the world and by exploring developments and trends in medical informatics. Researchers and professionals in health management, medicine, nursing, and medical informatics will find discussions of critical issues in the emerging field of e-health. The book also introduces innovative concepts and services at the leading edge of healthcare and information technology, which may enable a safer, higher quality, more equitable and sustainable health system.

Telemedicine and E-Health Services, Policies, and Applications: Advancements and Developments addresses innovative concepts and critical issues in the emerging field of e-health and it treats a range of services that are at the leading edge of medicine/healthcare and information technology.

Table of Contents

  • Chapter 1: System Design and Data Fusion in Body Sensor Networks addresses the problem of system design and data fusion technology over a bandwidth and energy constrained body sensor network. Compare with the traditional sensor network, miniaturization and low-power are more important to meet the requirements of facilitate wearing and long-running operation.

  • Chapter 2: Body Sensors and Healthcare Monitoring: Design and Optimization of a Wireless Communication Protocol aims for the optimization of the MAC layer by using energy-saving techniques for BSNs and presents a detailed overview of this de facto standard for WSNs, which serves as a link for the introduction and description of our here-proposed Distributed Queuing (DQ) MAC protocol for BSN scenarios.

  • Chapter 3: Smart Clothing for Health Care presents an overview of the key concepts for telemedicine, the role of textile electrodes and its integration in smart clothing. Moreover, biomedical clothing design will be discussed in social, psychological and esthetical contexts.

  • Chapter 4: Measuring Specific Absorption Rate by using Standard Communications Equipment analyzes the Specific Absorption Rate (SAR) of the human body when it is exposed to WLANs devices working at the 2.4GHz radio frequency ISM band. In order to make these measurements we will use a controlled indoor place and an uncontrolled environment where no variable can be fixed.

  • Chapter 5: Overview of Biomedical Engineering In the field of biomedical engineering, engineers usually need to have background knowledge from different fields of engineering as electronics, mechanical and chemical engineering. Specialties in this field like bioinstrumentation, biomechanics, biomaterials, medical imagining, clinical engineering, bioinformatics, telemedicine and rehabilitation engineering, which are introduced together with an overview of the field of biomedical engineering.

  • Chapter 6: Critical Concepts in M-Health Technology Development: Time, Space, and Mobility provides a theoretical review of three conceptual groups that serve as fundamental basis for m-health technology development as well as for technology adaptation to work/life practices, and for adoption and usage studies.

  • Chapter 7: mHealth: A Passing Fad or Here to Stay? focuses on the current state, opportunities, and challenges of the mHealth field. The evaluation and verification of Quality of Context (QoC) information play a central role to improve the consistency and correctness of context-aware U-Health applications.

  • Chapter 8: Evaluation of Quality of Context Information in U-Health Smart Homes the objective is to highlight the impact of QoC on the correct behavior of U-Health systems, and introduce and analyze the existing approaches of modeling, evaluating, and using QoC to improve its context-aware decision-making support.

  • Chapter 9: Designing the E-Health Message reviews key background information, including central definitions, concepts, and research, followed by a presentation of 9 key considerations that are recommended for guiding the design of e-health messages.

  • Chapter 10: Health Systems for Syndromic and Epidemiological Surveillance makes a survey of HISes dedicated to syndromic and epidemiological surveillance, identifying the different design and technological strategies adopted in the development of such systems. The adopted methodology for structuring this survey comprises the definition of a set of criteria for comparative analysis of the discussed HISes as well as the presentation and comparison of such HISes in the light of the defined criteria.

  • Chapter 11: Distributed Monitoring and Supervising System for E-Health Applications presents a system destined to offer support and to monitor the chronic and elderly patients. Compared with other similar integrated communication systems that are based on the Wi-Fi technology, the presented one has as distinctive features small dimensions, low power consumption and a considerable autonomy.

  • Chapter 12: Overview of the Most Important Open Source Software: Analysis of the Benefits of OpenMRS, OpenEMR, and VistA reviews a set of software that enables the proper management of EHRs. The authors analyze the main free software programs (technical features, programming languages, places for introduction, etc.) and they focus on the description and the comparison of the three most important open source software programs EHR (OpenMRS, OpenVistA, and OpenEMR) that are installed on different operating sytems.

  • Chapter 13: RFID in E-Health: Technology, Implementation, and Security Issues investigates the use of RFID in E-Health, how RFID can be used to store the EMR, and the security and privacy risks associated with using RFID to store the EMR.

  • Chapter 14: Public Health ICT Based Surveillance System presents different aspects about public health surveillance system. This system is defined as the ongoing, systematic collection, analysis and interpretation of health-related data essential to the planning, implementation, and evaluation of public health practice.

  • Chapter 15: Digital Economy and Innovative Practices in Healthcare Services analyzes the impact of the new ICT-driven economic paradigm�the digital economy�on healthcare services. The authors present a classification scheme of services that considers their characteristics and their delivery modes; this scheme supports understanding the way in which the adoption of ICT impacts on healthcare services.

  • Chapter 16: Clinical-Pull Approach to Telemedicine Implementation Policies using Health Informatics in the Developing World argues the case for using medical informatics in needs assessments, toward evidence-based telemedicine management and clinical-pull approaches for implementation. The aim is to reduce telemedicine projects that employ unnecessary systems and equipment, by providing them with an alternative for better planning, prior to implementation.

  • Chapter 17: Bridging the Abridged: The Diffusion of Telemedicine in Europe and China gives a detailed account on the latest development of telemedicine and PACS systems with a focus on China. In comparison with their counterparts in Europe, the results are drawn from the completed TIME project funded by EU and the initial work conducted from the newly funded FP7 project WIDTH on infrastructure for the digital hospital.

Topics Covered

�Health informatics
�Healthcare information systems
�Healthcare management systems
�Medical informatics
�Mobile health (m-Health)
Publication Date: April 2012
Number of Pages: 572
ISBN 10: 1466608889
ISBN 13: 9781466608887
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