A PARADIGM FOR MEDICAL IMAGE RECONSTRUCTION

医学图像重建的范例

• 批准号: 2899381
• 负责人: PING-CHUN CHIAO
• 金额: $ 10万
• 依托单位: FRONTIER MEDICAL, LLC
• 依托单位国家: 美国
• 财政年份: 1998
• 资助国家: 美国
• 起止时间: 1998-09-30 至 2000-03-29
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/2899381
• 关键词: Internet; computer data analysis; computer program /software; computer system design /evaluation; image processing; imaging /visualization /scanning; publications

DESCRIPTION: The investigators propose to test the feasibility of developing and internet-based method of standardized software modeling that will allow rapid prototyping and publication of image processing software, as further described by their abstract: "We propose to develop a component-based software publishing paradigm that will enable researchers to quickly prototype and easily publish their image processing software of the Internet. The notion of software publishing here not only means making access to the software widely available, but it also means delivery of considerable processing power to those requiring it. This project will lay the foundation for building a distributed object computing framework in which advanced processing software developed by a community-wide collaborative effort is shared by every member, access to the processing software is ubiquitous and is not limited by local computing resources, and processing software standards can therefore emerge through community-wide evaluations. "Phase I will focus on a small scale development of a suite of software components. The components will be specified based on a composite CORBA/ JavaBean model. This will 'plug-and play' and can be visually connected to prototype a thin client/fat server application that is widely accessible through downloadable Java front-ends interacting with server-side CORBA objects. Phase II will deploy a full scale development. Although Phase I and Phase II efforts have a long range goal of standardization of processing software, they can readily be a resort for computation intensive problems such as registration of PET FDG functional images with MRI anatomical images in tumor imaging and attenuation-corrected cardiac SPECT imaging." PROPOSED COMMERCIAL APPLICATION: Work proposed in this grant will enable component-based image processing software development. Components can "plug-and-play" in a similar way integrated circuits are wired together. This new approach to software development can potentially open up a new market for image processing components. The products we develop will be (1) a basic set of components that simplifies "connecting" software applications to the end-user (no charge for non-commercial use); (2) skeleton code and base classes that developers can extend to wrap pieces of their software into network-ready components; (3) suites of CORBA/JavaBeans components that eliminate much of the coding difficulty and duplication of effort in developing new data processing techniques; and (4) complete network-enabled applications such as image registration and image reconstruction.

描述：研究人员建议测试的可行性， 基于Internet的标准化软件建模方法 这将允许快速原型和图像处理的发布 软件，如他们的摘要进一步描述的： “我们建议开发一个基于组件的软件发布范例， 将使研究人员能够快速制作原型并轻松发布他们的 互联网上的图像处理软件。 软件的概念 在这里，发布不仅意味着广泛地访问软件， 但这也意味着提供相当大的处理能力， 该项目将为建立一个 分布式对象计算框架，其中高级处理 由社区范围内的协作努力开发的软件由 每个成员，访问处理软件是无处不在的， 受本地计算资源和处理软件标准的限制 因此，可以通过全社区的评价来实现。 “第一阶段将专注于一套软件的小规模开发， 件.这些组件将基于一个复合CORBA/ JavaBean模型。这将“即插即用”，并可以在视觉上连接到 建立一个可广泛访问的瘦客户机/胖服务器应用程序的原型 通过可下载的Java前端与服务器端CORBA交互 对象第二阶段将进行全面开发。尽管第一阶段 第二阶段的工作有一个长期的目标， 处理软件，它们可以很容易地成为计算的手段， 诸如PET FDG功能图像与 肿瘤MRI解剖图像与衰减校正心脏 SPECT成像。" 拟定商业应用： 这项资助的工作将使基于组件的图像处理成为可能 软件开发组件可以以类似的方式“即插即用” 集成电路连接在一起。这种新的软件方法 开发可能会为图像处理开辟新的市场 件. 我们开发的产品将是（1）一套基本的组件， 简化了软件应用程序与最终用户的“连接”（免费 （2）框架代码和基类， 开发人员可以进行扩展，将其软件的各个部分包装成网络就绪的 组件;（3）CORBA/JavaBeans组件套件，消除了许多 开发新数据的编码困难和工作重复 处理技术;以及（4）完整的支持网络的应用程序， 如图像配准和图像重建。