云模式远程医疗服务平台设计

在分析远程医疗服务平台需求基础上,提出了基于云模式的远程医疗服务平台设计方案,并就平台总体架构设计、数据中心设计、面向服务的体系架构实现以及软硬件音视频系统整合等重点技术问题提出了具体的解决办法。     

言桥科技为大连第二人民医院打造远程医疗会诊系统

项目背景 根据国家医改的精神和卫生部2011远程会诊系统建设要求,建设以大连市第二人民医院为核心．建设一个标准统一、独立开放、互联互通、资源共享、安全实用的远程医疗平台。整合区域内县级医院的医疗资源,为县级医院提供远程医疗服务。提高医疗资源利用和配置效率．切实方便广大群众就医,减轻群众的就医负担．提高全区的健康水平。     

远程医疗的内涵与展望

随着计算机和信息技术的进步，推动各行业创新的各种设想层出不穷，远程医疗活动就是伴随计算机和科学技术的发展而在医院现代化医疗服务中得到广泛应用的一种新的医疗模式。对于远程医疗探索，有利于提高有限的卫生资源利用效率，满足人民群众日益增长的卫生服务需求，使地区之间居民能得到高质量、快捷、便利的医疗咨询服力，并有利于医疗费用的控制。     

基于USB的家庭远程医疗服务系统的存储扩展

介绍了家庭远程医疗服务系统的硬件结构和工作原理,给出了家庭远程医疗服务系统的USB存储扩展方案的改进设计方法以及USB总线接口芯片CH375的外围电路实现方法,同时给出了系统的硬件和软件设计结构。     

ICT新词

远程医疗远程医疗是指通过计算机技术、通信技术与多媒体技术，同医疗技术相结合，旨在提高诊断与医疗水平、降低医疗开支、满足广大人民群众保健需求的一项全新的医疗服务。     

医学超声远程现状与案例分析

超声远程是远程医疗的一个重要应用分支,可以远程为边远地区的患者提供高质量的专家医疗服务,节约就诊时间和成本。同时也提升了基层医生与专家的沟通平台,弥补了国内医疗资源分配不均匀的状况。依据超声诊断的特点对超声远程的应用特点、市场远程设备的情况、超声远程的应用效果,以及国内超声远程的应用案例做了介绍。     

基于Windows Azure云计算的移动医疗健康系统

针对当前医疗信息化建设过程中产生的重复投入和”信息孤岛”问题,结合医疗信息系统的应用需求,提出了基于云计算的移动医疗健康系统.系统基于Windows Phone智能手机,通过无线网络接入Windows Azure微软云平台,利用SQL Azure进行医疗数据的存储.介绍了系统的整体框架,并分析和阐述了移动终端和云端之间的WebService通信方式、SQL Azure和Isolated Storage存储方式以及MNPS推送过程.结果表明该系统为病人异地求医远程诊断咨询提供了有效的途径,是一种应用前景广阔的新型医疗服务应用.     

急救车车载信息服务的服务模式及实现架构

目前,急救医疗需求快速增长,急救系统信息化水平低,信息化标准有待完善。基于对急救医疗信息服务现状的分析,提出了以智能车管和远程诊疗为核心的急救车车载信息服务是未来的重要发展方向,探讨了急救车车载信息服务的内涵、实现架构、关键技术和服务模式。     

IEEE表示,远程医疗技术已经准备就绪,但部署范围需要进一步扩大

全球最大的技术专家联盟IEEE日前表示,远程医疗在技术上已经准备就绪,可以满足发展中国家及世界各地偏远地区不断增长的获得医疗健康服务的需求。但是,远程医疗的广泛应用要求技术专家和临床医生进一步加强协作,保证在实际环境中实现承诺,即让更多的数以百万计的民众获得医疗服务,     

海外移动医疗信息化进展

3G业务的普及以及医疗与信息通信技术的融合,为移动医疗提供了机会。当前美国是移动医疗服务部署应用最多。而在各种应用中,以信息/通信类和监测类应用部署最多I。T厂商和移动运营商积极参与医疗信息化工作,AT＆T、Voda-fone等针对医疗机构、相关企业和个人提供了解决方案和服务。未来远程监测系统将有巨大的需求空间。     

Design of a telemedicine system using a mobile telephone

This paper describes the design of a prototype integrated mobile telemedicine system that is compatible with existing mobile telecommunications networks and upgradable for use with third-generation networks. The system, when fully developed, will enable a doctor to monitor remotely a patient who is free to move around for sports medicine and for emergency situations     

嵌入式可视化远程医疗监控前端系统的设计

介绍了一种嵌入式可视化远程医疗监控前端系统,具有医学生理健康监测数据嵌入式Web传输、话音对讲和高清可视化监控等功能.给出了总体设计方案,并对系统的实现方法进行了阐述.该系统可靠性高,实时性好,具有较好的应用前景.     

Multimedia systems for telemedicine and their communicationsrequirements

Telemedicine is much more than just teleconferencing. ISDN could be used in some low-end applications, but many telemedicine applications will require the higher bandwidth and guaranteed qualities of service supported by ATM. We discuss the design of multimedia systems for telemedicine. First, various applications of telemedicine are presented, and their multimedia and communications requirements are discussed. A telemedicine prototype is then presented, each of its components discussed, and a potential future telemedicine system is shown     

A novel codification scheme based on the "VITAL" and "DICOM" Standards for telemedicine applications

The field of interest discussed in this study is a novel codification scheme for (vital signs) medical device communication and patient monitoring data interchange, into the context of effective home care service provisioning. With medical technology having developed in isolation and major manufacturers developing their own proprietary communication protocols, which preclude connection to devices from different manufacturers, and with healthcare trends having evolved, pointing to primary care, telecare and home care monitoring, there is an increasing need for technical standardization in healthcare environments and the development of protocols that enable communication in a structured and open way. In this study, a novel codification scheme has been developed, based on two healthcare informatics standards, the VITAL and DICOM Sup. 30, in addressing the robust interchange of waveform and medical data for a home care application. Based on this scheme, we created a real-time facility, consisting of a base unit and a telemedicine (mobile) unit, that enables home telemonitoring, by installing the telemedicine unit at the patient's home while the base unit remains at the physician's office or hospital. The system allows the transmission of vital biosignals (3-lead ECG, pulse rate, blood pressure and SpO2) of the patient. This paper presents an object-oriented design with unified modeling language (UML) of a class hierarchy for exchanging the acquired medical data and performing alert management, and investigates the applicability of the proposed scheme into a commercial patient-connected medical device, thus addressing service and functionality requirements with focus on home-care applications. The system has been validated for technical performance over several telecommunication means and for clinical validity via real patient-involved pilot trials.     

Teleconferencing with dynamic medical images

Dynamic images, a sequence of static images displayed in rapid succession and perceived as a continuous motion by the human eye, are widely used in medicine. One of the primary objectives of telemedicine is the transmission of such images to a distant location to manage clinical problems remotely. A broad variety of methods is available to acquire, store, transmit and display these images. However, the context of the clinical problem determines which of these methods can be deployed in a telemedicine solution. This paper discusses the advantages and disadvantages of the different technologies and presents an example of a teleconferencing system for interventional cardiology. This system acquires cardiac angiography and intravascular ultrasound images and transmits them over an existing Internet connection to a distant location. It is specifically optimized for clinical conferencing, where time is limited for each case presentation during the conference, compared to the relatively long time available for the conference preparation. The system takes advantage of this characteristic by transmitting the images well in advance of the clinical conference and displaying them synchronously at both locations during the conference. This allows for the preservation of the original image quality     

5G远程医疗的探索与实践

5G高速率、低时延、广连接特性将进一步提升远程医疗服务质量、拓展更多应用场景,为远程医疗的蓬勃发展带来无限可能。中国移动积极响应国家医改方向,充分发挥自身网络与技术优势,在5G远程急重会诊、5G远程手术等5G远程医疗业务开展实践,探索5G通信技术与医疗卫生的深度融合,助力远程医疗业务发展,全面开创5G医疗行业新时代。     

Telemedicine in the USA: standardization through information management and technical applications

In this article, we describe the need for telemedicine standards and classify various standards of telemedicine. The emerging issues in telecommunications standards, the application of these standards in the health care industry, and future development directions of telemedicine standards are described. Especially, the telemedicine code standardization of drugs and health care providers, multimedia-conferencing-based ISO telemedicine standards, information security management, wireless technology advances for telemedicine using sensor networks, and future standardization issues and considerations are introduced and discussed in detail.     

Performance Evaluation of IPv4/IPv6 Networks for Ubiquitous Home-Care Service

Because of rapid development in network technology, Internet usage has become widespread. It allows users with sensing devices to obtain medical data for healthcare, such as physiological signals, voice, and video streams from telemedicine systems, and to send the healthcare data to back-end database systems, creating a ubiquitous healthcare environment. However, this environment requires a widespread and suitable network. IPv6 (Internet protocol version 6) is the next-generation Internet protocol that will be the protocol of future networks; it improves many shortcomings of IPv4. In this paper, we propose an IPv6/IPv4 U-home-care test system and analyze the network's parameters though a series of tests by adjusting network parameters to find the optimal design for applications in the IPv6/IPv4 U-home-care service so as to assure good performance and high quality.     

基于家庭主站的远程医疗监护系统

针对我国远程医疗现状,提出基于家庭主站的远程医疗监护系统。该系统采用以TMS320F2812型DSP为核心的嵌入式家庭主站,能够实现多功能护理床的控制和生理信息的采集等功能。该系统可应用于家庭环境,节省病人监护成本,并保证监护质量。