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PACS workflow analysis and optimization using a modeling and simulation methodology

机译:使用建模和仿真方法进行PACS工作流分析和优化

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Abstract: A majority of distributed applications in Radiology are being developed and deployed without serious regard to their impact on currently deployed networks or how various network configurations impact end-user response-time. Typically the blame for these delays are directed unthinkingly at the existing network bandwidth. A more thoughtful planning process would consists of analyzing the latency in the various components of the transmission process: the network, computer hardware and computer software processes. We have developed a methodology for the analysis of imaging network workflow, which has been applied to the ultrasound component of the PACS at the University of Washington. !8
机译:摘要:放射学中的大多数分布式应用程序都在开发和部署时没有认真考虑它们对当前部署的网络的影响或各种网络配置如何影响最终用户的响应时间。通常,将这些延迟归咎于现有网络带宽。一个更周到的规划过程将包括分析传输过程中各个部分的延迟:网络,计算机硬件和计算机软件过程。我们已经开发了一种用于分析成像网络工作流程的方法,该方法已应用于华盛顿大学PACS的超声组件。 !8

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