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A grid based e-research platform for clinical management in the human respiratory and vascular system

机译:基于网格的电子研究平台,用于人类呼吸和血管系统的临床管理

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摘要

A Grid based e-Research platform is being developed for providing a simulation-based virtual reality environment for clinical management and therapy treatment. The development of this platform involves cross-disciplinary experts aiming at combining the state-of-the-art Computational Fluid Dynamics (CFD) analysis tools into clinical management system. These fluid dynamic studies support the physician and surgeon with recommendations for the possible range of treatment and operation techniques. The platform will consist of a cluster of computing nodes, a middleware (Grid management layer), internet accessible tomography data and CFD analysis tools, and a tailored graphical user interface (GUI) application for various experts. In future, this platform will provide the novel creation of a prototype virtual reality model environment that links each technical modular consisting of a consolidation system with flexible interface model for exchanging data efficiently. Furthermore, besides allowing expeditious sharing of data and analytical tools, it will also furnish a foundation for cross-disciplinary collaboration and will definitely foster further advancement of related biomechanics researches.

机译:

正在开发基于网格的电子研究平台,以提供用于临床管理和治疗的基于仿真的虚拟现实环境。该平台的开发涉及跨学科专家,旨在将最先进的计算流体动力学(CFD)分析工具整合到临床管理系统中。这些流体动力学研究为医生和外科医生提供了可能的治疗和手术技术范围的建议。该平台将由一组计算节点,一个中间件(网格管理层),可通过互联网访问的层析成像数据和CFD分析工具以及为各种专家量身定制的图形用户界面(GUI)应用程序组成。将来,该平台将为虚拟现实模型环境的原型提供新颖的创建,该环境将每个技术模块(包括整合系统和灵活的接口模型)链接在一起,以高效地交换数据。此外,除了允许快速共享数据和分析工具外,它还将为跨学科合作奠定基础,并且必将促进相关生物力学研究的进一步发展。

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