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目的:设计并开发一套医疗安全不良事件内部报告系统,监控和管理医院内部医疗安全不良事件。方法:基于Java语言开发B/S架构的web应用程序,实现不良事件的上报、查询等功能。结果:医务人员通过系统及时上报医疗不良事件,管理人员根据汇总的数据进行统计分析并将信息反馈与分享。结论:该系统的运行提高了不良事件的上报效率,对提高医院医疗服务质量,保障患者安全方面有着积极意义。 相似文献
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运用网络数据动态交换技术,我们开发建立了一个基于医院局域网通讯的医疗器械信息发布平台,系统采用B/S工作模式,较好地实现了全院医疗器械采购、维修服务、数据统计等信息管理. 相似文献
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目的:采用自主设计开发的计算机软件管理检验试剂。方法:以Microsoft SQL Server 2005数据库为数据中心,Active Server Pages为开发语言,应用目前最流行的基于Web的纯B/S三层网络架构平台,充分利用高淳县人民医院现有的计算机软硬件资源,结合医院检验中心试验试剂使用情况开发而成。结果:实现了检验试剂管理规范化,统计查询自动化,操作流程简单化。结论:使医院的试验试剂管理从传统管理模式进入计算机软件管理模式,将管理者从繁重的管理劳动中解放出来,提高了管理效率和质量,保证了有效、节约、安全地使用试剂。 相似文献
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为解决医院人才招聘录用过程中的问题和矛盾,设计了基于B/S架构的医院远程视频人事招聘评分系统,介绍了该系统的实现原理与成功应用.系统充分发挥了计算机网络及音视频多媒体技术在人力资源招聘过程中的作用,使医院在人才招聘的竞争中抢得了先机和优势. 相似文献
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Healthcare data are a valuable source of healthcare intelligence. Sharing of healthcare data is one essential step to make healthcare system smarter and improve the quality of healthcare service. Healthcare data, one personal asset of patient, should be owned and controlled by patient, instead of being scattered in different healthcare systems, which prevents data sharing and puts patient privacy at risks. Blockchain is demonstrated in the financial field that trusted, auditable computing is possible using a decentralized network of peers accompanied by a public ledger. In this paper, we proposed an App (called Healthcare Data Gateway (HGD)) architecture based on blockchain to enable patient to own, control and share their own data easily and securely without violating privacy, which provides a new potential way to improve the intelligence of healthcare systems while keeping patient data private. Our proposed purpose-centric access model ensures patient own and control their healthcare data; simple unified Indicator-Centric Schema (ICS) makes it possible to organize all kinds of personal healthcare data practically and easily. We also point out that MPC (Secure Multi-Party Computing) is one promising solution to enable untrusted third-party to conduct computation over patient data without violating privacy. 相似文献
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Danilo F. S. Santos Kyller C. Gorgônio Angelo Perkusich Hyggo O. Almeida 《Journal of medical systems》2016,40(10):224
The rising availability of Personal Health Devices (PHDs) capable of Personal Network Area (PAN) communication and the desire of keeping a high quality of life are the ingredients of the Connected Health vision. In parallel, a growing number of personal and portable devices, like smartphones and tablet computers, are becoming capable of taking the role of health gateway, that is, a data collector for the sensor PHDs. However, as the number of PHDs increase, the number of other peripherals connected in PAN also increases. Therefore, PHDs are now competing for medium access with other devices, decreasing the Quality of Service (QoS) of health applications in the PAN. In this article we present a reference architecture to prioritize PHD connections based on their state and requirements, creating a healthcare Smart Gateway. Healthcare context information is extracted by observing the traffic through the gateway. A standard-based approach was used to identify health traffic based on ISO/IEEE 11073 family of standards. A reference implementation was developed showing the relevance of the problem and how the proposed architecture can assist in the prioritization. The reference Smart Gateway solution was integrated with a Connected Health System for the Internet of Things, validating its use in a real case scenario. 相似文献
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Naomi C. Broering Jeffrey S. Hylton Robert Guttmann Dawn Eskridge 《Journal of medical systems》1991,15(2):139-153
Users of the IAIMS Knowledge Network at the Georgetown University Medical Center have access to multiple in-house and external databases from a single point of entry through BioSYNTHESIS. The IAIMS project has developed a rich environment of biomedical information resources that represent a medical decision support system for campus physicians and students. The BioSYNTHESIS system is an information navigator that provides transparent access to a Knowledge Network of over a dozen databases. These multiple health sciences databases consist of bibliographic, informational, diagnostic, and research systems which reside on diverse computers such as DEC VAXs, SUN 490, AT&T 3B2s, Macintoshes, IBM PC/PS2s and the ATT ISN and SYTEK network systems. Ethernet and TCP/IP protocols are used in the network architecture. BioSYNTHESIS also provides network links to the other campus libraries and to external institutions. As additional knowledge resources and technological advances have become available, BioSYNTHESIS has evolved from a two phase to a three phase program. Major components of the system including recent achievements and future plans are described. 相似文献
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探索临床试验数据远程监查和稽查模式的可行性,提出具体的技术方案和系统功能,并对实现的场景进行构想。采用自主研发的临床试验信息管理平台,基本实现对临床试验全流程管理和全量数据采集。以该管理平台为数据基础,建立临床试验远程数据监查和稽查应用系统功能架构,通过对数据脱敏、数据加密等操作,以项目和受试者全息视图的模式进行可视化,方便对数据的审查。远程数据监查和稽查云平台采用浏览器和服务器(B/S)架构模式,用户通过云平台注册模块申请账号,并以超文本传输安全协议(HTTPS)访问,在线查看授权的相关审查项目,保证安全数据传输和操作便捷性。在遵守法律法规的前提下,应用信息技术手段实现远程监查和稽查,确保数据安全和个人隐私。数据的全电子化管理是未来努力和改进的方向。 相似文献
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目的建立伤寒和甲、乙、丙型副伤寒沙门菌的快速和特异的检测方法,用于沙门菌属内的分型鉴定。方法根据GenBank公布的伤寒和甲、乙、丙型副伤寒沙门菌的保守序列设计引物和改良分子信标探针,建立多重PCR检测方法和实时荧光PCR检测方法。结果采用所建立的多重PCR方法可分别检测到伤寒的3条特异性条带、甲型副伤寒沙门菌的2条特异性条带和丙型副伤寒沙门菌的1条特异性条带,但是乙型副伤寒沙门菌未出现特异性条带。建立的实时荧光PCR方法可以快速、特异、灵敏地检测出伤寒和甲、乙、丙型副伤寒沙门菌,纯DNA和菌液的最低检出限分别可达10 fg/reaction和20 CFU/reaction;对77株细菌的检测正确率达100%。结论建立的实时荧光PCR检测方法比多重PCR方法更能快速、特异、灵敏地检测伤寒和甲、乙、丙型副伤寒沙门菌。 相似文献
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临床检验信息化由7于缺乏标准化而使大量的投入最终却形成一个个的“信息孤岛”,网络建设只见树木不见树林。面对窘境,我们从开发平台、信息平台、项目编码等的标准化出发,开发出一套临床检验信息与管理系统(LIMAS)。该系统采用在作业时使用B/S而在查录时使用C/S系统结构复合模式,以SQLServer2000做数据库。在数据库的设计时充分考虑了数据共享、LIMAS与其他信息系统的联网需求。对数据的存储采用最小元素结构,并可根据需要提供多种格式输出,保证了数据的可共享性;系统支持TCP/IP通讯协议传输方式,为系统内的业务数据跨平台共享提供了基础;可根据要求提供多种加密方式,这使信息系统的联网安全得到了保障;有全面的检验模块、强大的联机功能、方便的数据录入方式、标准化的项目设置、全面而权威的项目参考值数据库、独创的动态管理辅助功能。经多家单位全面使用,效果良好。进一步的推广应用将对检验行业、政府和社会诸多方面产生明显的社会效益。 相似文献
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设计和实现有中医特色的糖尿病管理系统.通过查阅记录、专家咨询、跟班作业、参考同类软件、查阅规范资料等方法制定总体功能目标、选择合理架构、设计功能层次结构及各模块功能.系统基于J2EE架构,选用三层B/S结构开发,并且界定了七大类数据的采集形式及范围.系统为中医特色糖尿病社区管理提供了平台,实现了结构化采集和存储数据,为糖尿病临床决策和管理提供了标准化、规范化、系统化的实用工具. 相似文献
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随着网络通信技术的飞速发展,远程医疗服务在各个医院得到越来越多的应用。目的:为了提升老干部的医疗保健服务水平,解决老干部传统就医方法的不便,医院运行了远程医疗系统。方法:采用B/S架构设计,利用最先进的h264编码技术和rtmp流媒体传输协议,使用中间件技术将软件和硬件视频会议设备相结合,搭建一个整合各个医疗信息的管理平台。结果:系统为更多行动不便、长期卧床老干部的日常诊疗和医疗保健实现了“家中诊疗、实时监控、即时指导、保健咨询”。结论:远程医疗系统可为行动不便的老干部带来更加便捷的医疗保健服务。 相似文献