开普勒网络视图：一个用于构建科学工作流程实时网络接口的轻量级、便携式框架。
Kepler WebView: A Lightweight, Portable Framework for Constructing Real-time Web Interfaces of Scientific Workflows.
作者信息
Crawl Daniel, Singh Alok, Altintas Ilkay
机构信息
San Diego Supercomputer Center, University of California, San Diego.
出版信息
Procedia Comput Sci. 2016;80:673-679. doi: 10.1016/j.procs.2016.05.361.
Modern web technologies facilitate the creation of high-quality data visualizations, and rich, interactive components across a wide variety of devices. Scientific workflow systems can greatly benefit from these technologies by giving scientists a better understanding of their data or model leading to new insights. While several projects have enabled web access to scientific workflow systems, they are primarily organized as a large portal server encapsulating the workflow engine. In this vision paper, we propose the design for , a lightweight framework that integrates web technologies with the Kepler Scientific Workflow System. By embedding a web server in the Kepler process, Kepler WebView enables a wide variety of usage scenarios that would be difficult or impossible using the portal model.
现代网络技术有助于创建高质量的数据可视化效果，以及在各种设备上实现丰富的交互式组件。科学工作流系统可以从这些技术中大大受益，因为它们能让科学家更好地理解自己的数据或模型，从而带来新的见解。虽然有几个项目已实现了通过网络访问科学工作流系统，但它们主要是作为封装工作流引擎的大型门户服务器来组织的。在这篇展望论文中，我们提出了Kepler WebView的设计方案，这是一个将网络技术与开普勒科学工作流系统集成的轻量级框架。通过在开普勒进程中嵌入一个网络服务器，Kepler WebView实现了使用门户模型难以实现或无法实现的各种使用场景。
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