Extensible System for Disseminating Polysomnography Data
用于传播多导睡眠图数据的可扩展系统
基本信息
- 批准号:7405228
- 负责人:
- 金额:$ 38.54万
- 依托单位:
- 依托单位国家:美国
- 项目类别:
- 财政年份:2003
- 资助国家:美国
- 起止时间:2003-09-30 至 2009-08-31
- 项目状态:已结题
- 来源:
- 关键词:AdoptionAdvanced DevelopmentAgreementArchitectureArchivesBackBiteBusinessesCapitalChargeClientClinical ResearchClinics and HospitalsCollaborationsCommunitiesComputer softwareComputersDataDatabasesDepositionDevelopmentDropsEncapsulatedEngineeringEnvironmentEquipmentEvaluationExtensible Markup LanguageFeedbackHealthcareHospitalsInternetInvestmentsLanguageLinkMaintenanceMarketingMedicineMetricModelingNeurologyNumbersOnline SystemsOperating SystemPeer ReviewPhasePolysomnographyProtocols documentationPublic HealthRecordsReportingResearchResearch MethodologyResearch PersonnelSalesSchemeScoreSeriesServicesSignal TransductionSleepStandards of Weights and MeasuresSuggestionSystemTechniquesTechnologyTechnology TransferTestingTimeTranslatingbasecommercializationconceptcostdata acquisitiondesiredigitalencryptionfile formatgraphical user interfaceimprovedinnovationinterestmemberpatient privacypreferenceresearch facilitysoftware developmentsoftware systemstooltransmission processvirtual
项目摘要
DESCRIPTION (provided by applicant): An innovative system for the transmission and storage of polysomnography data is proposed with the aim of creating a more efficient and globally connected system of sharing, archiving, and remotely accessing sleep studies. The system will include an open file specification, a network transmission protocol, the tools needed to translate existing software approaches into the open standard, and the establishment of a centralized sleep record database with Web 2.0 online collaboration capability and distributed workflow services. The file specification (OpenXDF) is based on XML and has been promoted and beta tested by prominent companies and research facilities in the sleep community. An organization and initiative (OpenXDF Initiative) was created to spearhead a combined effort between researchers, clinicians, and engineers to develop an interchangeable PSG data format that is used on commercially available NPSG acquisition software systems to advance the fields of polysomnography and neurology. The specification is superior to existing open file formats in that it is extensible, heavily biased towards use in a web environment, and capable of being integrated into existing commercial systems. The OpenXDF format will continue to be fine-tuned based on the suggestions received during peer reviews and the feedback compiled from the organization's website. Software development and file conversion tools will be made available to third parties for easy integration of the file format into their existing PSG software architectures. A network transmission protocol will also be developed which will allow access to sleep studies in the OpenXDF format from any computer connected to a TCP/IP network, including the Internet. Patient privacy will be preserved using access controls and strong encryption. Research methods in compression techniques and data interpolation will be employed to assemble the file on the client-end despite network latencies so that sleep studies may be seamlessly reviewed and paged remotely using low cost Internet connections. Research into Web 2.0 scripting technology will aid the development and support of a networked server hosting a database of NPSG studies to subscribed members and allowing online collaboration, open dialog among experts, and the sharing of records, scoring information, and normative PSG data within an online portal. The database and analysis back-end software will be encapsulated by a web-based application linking the records, all registered members, and the scorers with a dynamic graphical interface. The innovative system will encourage open engagement among associates of the sleep community and the vivid sharing of extensive sleep record information over many scorers in real-time. The complete project will be based on advanced development technology and concepts including interpreted languages, ATL, PHP, AJAX, and XML. PUBLIC HEALTH RELEVANCE: The resulting system will improve health care and advance research in sleep medicine due to the increased availability of interchangeable polysomnography data and research tools in the open market. The overall cost burden on hospitals and clinics will be reduced due to a shift in focus from equipment sales involving a large capital investment to a service-based business model with small initial deposits and monthly charges for NPSG database access, review, scoring, and analysis features.
描述(由申请人提供):提出了一种用于传输和存储多导睡眠图数据的创新系统,目的是创建一个更有效的和全球连接的共享、存档和远程访问睡眠研究的系统。该系统将包括一个开放文件规范、一个网络传输协议、将现有软件方法转化为开放标准所需的工具,以及建立一个具有Web 2.0在线协作能力和分布式工作流程服务的中央睡眠记录数据库。文件规范(OpenXDF)是基于XML的,并且已经被睡眠社区中的知名公司和研究机构推广和测试。创建了一个组织和计划(OpenXDF Initiative),以带头研究人员、临床医生和工程师之间的联合努力,开发可互换的PSG数据格式,用于市售NPSG采集软件系统,以推进多导睡眠图和神经病学领域。该规范比现有的开放文件格式优越上级,因为它是可扩展的,非常倾向于在Web环境中使用,并且能够集成到现有的商业系统中。OpenXDF格式将继续根据同行审查期间收到的建议和本组织网站汇编的反馈意见进行微调。软件开发和文件转换工具将提供给第三方,以便将文件格式轻松集成到其现有的PSG软件架构中。还将开发一个网络传输协议,允许从连接到TCP/IP网络(包括互联网)的任何计算机访问OpenXDF格式的睡眠研究。将使用访问控制和强加密保护患者隐私。将采用压缩技术和数据插值的研究方法,在客户端组装文件,尽管网络延迟,以便使用低成本的互联网连接可以无缝地审查和远程寻呼睡眠研究。对Web 2.0脚本技术的研究将有助于开发和支持一个网络服务器,该服务器为订阅成员托管NPSG研究数据库,并允许在线协作、专家之间的开放对话以及在线门户内的记录、评分信息和规范PSG数据的共享。数据库和分析后端软件将由一个基于网络的应用程序封装,该应用程序将记录、所有注册成员和记分员与动态图形界面联系起来。该创新系统将鼓励睡眠社区的同事之间的开放参与,以及实时分享许多评分员的大量睡眠记录信息。完整的项目将基于先进的开发技术和概念,包括解释性语言、ATL、PHP、AJAX和XML。公共卫生关系:由于开放市场上可互换的多导睡眠图数据和研究工具的可用性增加,由此产生的系统将改善医疗保健和推进睡眠医学研究。医院和诊所的总体成本负担将减少,因为重点从涉及大量资本投资的设备销售转移到基于服务的商业模式,即NPSG数据库访问、审查、评分和分析功能的小额初始存款和月费。
项目成果
期刊论文数量(0)
专著数量(0)
科研奖励数量(0)
会议论文数量(0)
专利数量(0)
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JACK R. SMITH其他文献
JACK R. SMITH的其他文献
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{{ truncateString('JACK R. SMITH', 18)}}的其他基金
Extensible System for Disseminating Polysomnography Data
用于传播多导睡眠图数据的可扩展系统
- 批准号:
7502750 - 财政年份:2003
- 资助金额:
$ 38.54万 - 项目类别:
Extensible System for Disseminating Polysomnography Data
用于传播多导睡眠图数据的可扩展系统
- 批准号:
6736503 - 财政年份:2003
- 资助金额:
$ 38.54万 - 项目类别:
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