信息化医院HIS系统与LIS系统的集成研究与实现

随着信息化技术的发展,为满足国内外医院实际发展需求,在以HIS系统和LIS系统的集成为代表的信息化建设基础上不断创新和完善。通过LIX系统和HIS系统的整合、集成,将检验科室等重点科室中的LIS系统和HIX系统进行一体化集成,确定了在IHE实验室技术框架基础上的功能单元流程集成的工作方式,提升了医疗信息交换标准,实现了信息交互。对出现的问题进行了汇总后发现,采用医疗信息系统和实验室信息系统互联的方式,可避免系统整合中的安全风险,保证系统运行的实时性和可维护性,从而不断提升医院的信息化总体水平。     

PACS与HIS系统集成的研究与实现

文章提出创建DICOM/HL7网关的方法实现医学影像归档与通信系统与医院信息系统的集成。通过设计消息的发送/接收机制和消息的构建/解析算法,实现了HIS和PACS之间的信息交换。DICOM/HL7网关的实现很好地解决了PACS与HIS系统集成的瓶颈问题。     

一体化自主开发

从医院信息化的现状来看．技术条件已经具备，关键是要探索方法．寻找信息标准，形成一批成熟的软件产品。医院信息化的难点是电子病历和系统集成，目前大部分电子病历是独立的系统集成．不能自动形成完整病历HL7、IHE、集成平台等进展缓慢，没有成功例子；多家公司产品难以集成，信息孤岛普遍存在。     

CAD与CAM系统集成研究与实现

介绍了CAD模型数据的检取技术和格式转换技术,描述了CAD/CAM的总体框架,并对实现该框架所涉及的内容及其实现技术进行了深入研究,同时给出了在Solidworks环境下所实现的CAD/CAM系统集成的实例。     

面向对象与STEP技术相结合的信息建膜方法研究

计算机集成制造系统（ＣＩＭＳ）的关键在于信息集成与信息交换。而信息模型的建立是实现ＣＩＭＳ信息完整而一致地描述与交换的重要基础性工作。本文基于ＳＴＥＰ思想，在分析传统建模方法和面向对象（０－０）建模方法的基础上，提出了将０—０技术与ＳＴＥＰ技术相结合的信息建模方法。     

基于CWM构建军事训练元数据模型

针对当前军事训练数据集成和共享存在的困难,基于CWM元模型,结合军事训练元数据标准,构建了军事训练元数据模型。并利用EMF元建模工具实现了该模型。初步探讨了通过构建元数据模型解决军事训练数据集成和共享问题。     

面向RFID的框架化数据融合中间件研究与设计

介绍了基于数据融合的结构可扩展软件开发框架（xDFF）及其规范体系,在此框架下,主要研究并设计了包括RFID数据资源集成与融合应用平台的建模方法、工具及实现方法,旨在设计一种高效且可扩展的,支持海量RFID数据采集、过滤、聚合、事件管理以及存储、维护、查询和安全管理等功能的环境与工具,实现普遍适配,提供二次开发接口,与企业数据集成并进行统一管理的模块化框架化RFID数据融合中间件产品.     

面向RMTSS综合设计的PDM系统集成技术

建立可靠性、维修性、测试性、保障性、安全性(RMTSS)综合设计平台是提高装备RMTSS特性的必要保证.首先构建了基于PDM的RMTSS综合设计平台框架,并且重点对当前PDM系统集成技术(信息建模和接口集成)进行了适用性分析;然后针对其重用性差的不足,提出了基于模型驱动体系结构(model driven architecture,MDA)的信息建模技术和基于组件的接口集成技术.前者将MDA技术运用到PDM信息建模过程中,根据业务需求,利用UML建立独立于PDM的中性信息模型;当针对某PDM集成时,只需少量改动即可利用MDA工具将其转化为适合该PDM的信息模型.后者依据标准PDM集成规范.运用组件技术构建了集成组件的标准接口,并结合某PDM的API给出了接口实现的实例.最后以2个可靠性CAD的集成为例验证了上述技术的实用性.     

一种医疗公共接口平台集成模型研究*

为了在医院内部及医院之间实现医疗平台的数据交换与共享,根据HL7标准协议进行医疗公共接口的模型研究。通过对医院应用现状的分析,提出了基于HL7标准的电子病历与其他医疗信息系统的对接方式,形成了基于公共接口的平台集成方案,根据公共接口结构及功能的设计方法实现了医院平台数据的交换与共享。最后通过理论及实践证明医疗公共接口平台集成模型的方案是可行的。     

VPML—OOPN集成建模方法及其在企业中的应用

为了支持对企业业务流程进行建模和分析,辅助过程改进,该文提出了VPML—OOPN集成建模方法。该方法提供了模型描述和设计、模型分析和仿真,直至模型实现的一体化框架。最后,设计了旨在实现VPML—OOPN集成建模方法的系统平台。     

Generic integration of content-based image retrieval in computer-aided diagnosis

Content-based image retrieval (CBIR) offers approved benefits for computer-aided diagnosis (CAD), but is still not well established in radiological routine yet. An essential factor is the integration gap between CBIR systems and clinical information systems. The international initiative Integrating the Healthcare Enterprise (IHE) aims at improving interoperability of medical computer systems. We took into account deficiencies in IHE compliance of current picture archiving and communication systems (PACS), and developed an intermediate integration scheme based on the IHE post-processing workflow integration profile (PWF) adapted to CBIR in CAD. The Image Retrieval in Medical Applications (IRMA) framework was used to apply our integration scheme exemplarily, resulting in the application called IRMAcon. The novel IRMAcon scheme provides a generic, convenient and reliable integration of CBIR systems into clinical systems and workflows. Based on the IHE PWF and designed to grow at a pace with the IHE compliance of the particular PACS, it provides sustainability and fosters CBIR in CAD.     

一种基于OSGi的医疗设备集成框架

医疗设备与医疗信息系统的无缝集成以及协同互操作是实现数字化医院亟待解决的问题,传统的解决方案在可维护性与可扩展性、数据共享等方面尚存在不足。提出了一个应用于数字化医院的医疗设备集成框架,该框架以OSGi为基础,通过虚拟设备机制抽象出医疗设备功能接口,应用SOA的设计思想把设备作为服务发布,将各种设备数据统一到国际医疗标准HL7（Health Level Seven）和DICOM（Digital Imaging and Communication of Medicine）标准。还讨论了集成框架的原型系统实现及其应用。     

基于共享基础数据的信息系统集成方案

为解决企业信息系统集成中跨系统数据访问难的问题,提出基于共享基础数据资源的企业信息基础设施建设的理论基础、整体框架和实施方案.通过分析企业各种应用系统中所涉及的共享基础数据,构建基于共享基础数据资源平台的企业信息系统整体框架,并简单介绍按此方法实施的一个企业信息化基础设施建设的实际例子.     

EAFoC: Enterprise Architecture Framework Based on Commonality

The recent rapid development in information systems （ISs） has resulted in a critical need for integration and interoperability between heterogeneous ISs in various domains, using specific commonalities. However, stovepipe systems have been caused due to inconsistencies in planning IS architecture among stakeholders. So far, there has been no research on an enterprise architecture framework （EAF） that can satisfy with the coefficient factors of system architecture （SA） and enterprise architecture （EA）. This paper proposes a new EAF that can resolve the problems inherent in existing legacy EAFs and their features. EAFoC （Enterprise Architecture Framework based on Commonality） is based on commonality that can be satisfied as the coefficient factors in both SA and EA within a common information technology （IT） domain. Thus, it should be possible to integrate an established heterogeneous framework for each stakeholder＇s view. Consequently, the most important contribution of this paper is to establish the appropriate EAFoC for the development of consistent IS architecture, smooth communication among stakeholders, systematic integration management of diversified and complicated new IT technologies, interoperability among heterogeneous ISs, and reusability based on commonality with other platforms.     

Modelling alarm management workflow in healthcare according to IHE framework by coloured Petri Nets

Ensuring patient safety in medical device networks by managing alarms and related clinical data is a life-critical issue. The Integrating the Healthcare Enterprise (IHE) initiative emerged to discuss and solve the interoperability and integration problems among medical information systems, vendors and users in order to improve patient care and healthcare system dependability. This paper models and analyzes the IHE Alarm Communication Management by using the Unified Modelling Language and Coloured Timed Petri nets. Aiming at generality, the model does not refer to a specific healthcare context but it is based on a general scheme where the message transactions are integrated with the nurse responses. In order to show the potentialities of the model, a real case study is simulated and different scenarios with different levels of workload are analyzed. The results illustrate that the model is able to provide support for structured and comprehensive analysis of the healthcare system management.     

基于IHEITI-PIXV3实现病人信息匹配技术研究

IHEPIX是国际上公认的解决患者身份唯一性问题的技术框架,本文着重介绍如何在医疗信息系统中实现IHEITI-PIXV3病人信息匹配的关键技术:病人身份信息框架、多级划分词以及标准词使用、病人信息匹配原则以及标准的设定。对于提高医疗信息系统的标准化程度和运行效率具有实际意义。     

Critical information technology issues in Turkish healthcare

While the importance of information technology in reducing soaring healthcare costs and enhancing service quality is increasingly being recognized, significant challenges remain in how it is implemented. Although there are a few studies investigating key IT issues in healthcare in advanced countries, there are virtually none in developing countries. We bridge this gap by investigating the critical information technology issues in healthcare facilities in Turkey. These issues are developed based on the opinions of senior hospital managers. The top ten issues include privacy, quality, security, and the implementation of electronic medical records. Further analyses provide additional insights into the results.     

基于REST面向资源的企业集成平台框架

为解决异构环境下企业信息系统业务过程整合的问题,提出一种基于REST面向资源的企业信息集成平台框架模型,其中包括适应工作流的资源模型表征方法、支持工作流的资源应用机制以及基于RESTful Web Service的集成平台框架,通过一个实例验证该原型系统的可行性和正确性,该集成平台框架模型可以满足企业业务过程整合的需求。     

RFID-enabled automation in support of factory integration

In recognition of the need for more effective and efficient factory system integration solutions, this paper improves the method proposed in our previous work, focusing on new mechanisms to bridge the gap between shop floor automation and factory information systems. As one of the mainstream identification technologies, radio frequency identification (RFID) technology makes possible all products uniquely identifiable across factories. By taking advantage of data capacity stored in an RFID tag, critical manufacturing information on a product can be locally stored with the product. RFID technology provides a means for a product to rapidly retrieve its needed information as it advances through shop floors. A corresponding framework to enable the instant delivery of pertinent data and information on a uniquely identifiable job/product at point-of-need across factories is proposed. A small-scale manufacturing application is presented to show how the proposed approach can be implemented on the shop floor.     

Web Services在车载信息服务系统中的应用

针对目前车载信息服务系统建设实施过程中遇到的系统信息结构复杂、异构系统类型繁多、信息内容交互困难等问题,结合Web服 务技术面向服务的体系结构,给出了一种基于Web Services技术的信息集成架构,解决了车载信息服务信息实现信息交互的难题。