I. Gibbs, E. Fritzinger, S. Dascalu, F. Harris, Yantao Shen
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引用次数: 2
摘要
模型耦合之所以引起人们的兴趣,是因为它有望帮助大量的重用,从而加快开发周期。内华达大学里诺分校(University of Nevada, Reno)正在开发一个名为“内华达气候变化门户”(Nevada Climate Change Portal)的项目,以协助向研究人员提供气候数据和数据服务。该门户的一部分正在开发中,使用户能够定义科学工作流,然后运行它们。本文的主题就在于内华达州气候变化门户网站的这一特殊功能。本文关注的是创建一个基于web服务的工作流作业管理器,以比典型的基于文本的作业管理器更图形化地呈现信息。使用了。net、Silverlight、WSDL、SOAP和Graphviz等现代软件技术来开发该软件的功能。除了总的技术细节之外,拟议的作业管理器还包含一种以图形形式表示模拟的当前进度状态的方法,希望这将允许GUI适应更广泛的平台,如智能手机或平板电脑。增加作业管理器对不同平台的可用性,将允许用户以更方便的方式进行协作,因为他们不再需要使用带有大显示器的PC来查看正在运行的作业的状态。
A workflow job manager for the Nevada Climate Change Portal
Model coupling has been of interest due to its promise of assisting massive amounts of reuse and thereby speeding up development cycles. A project at the University of Nevada, Reno dubbed the Nevada Climate Change Portal is currently being developed to assist in providing climate data and data services to researchers. One part of this portal is being developed to enable users to define scientific workflows and then run them. It is in this particular functionality of the Nevada Climate Change Portal in which the topic of this paper resides. This paper is concerned with the creation of a web-service based workflow job manager to present information more graphically than the typical text-based job manager. Modern software technologies such as .Net, Silverlight, WSDL, SOAP, and Graphviz are used to develop the features of this software. Aside from the gross technical details, the proposed job manager contains a way to represent the current progression status of a simulation in a graphical form and it is hoped that this will allow the adaption of the GUI to a wider variety of platforms such as smart phones or tablet computers. Increasing the availability of the job manager to different platforms is expected to allow users to collaborate in a more convenient manner, because they no longer need to use a PC with a large display in order to view the status of their running jobs.