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Evolving a rapid prototyping environment for visually and analytically exploring large-scale Linked Open Data

机译:不断发展的快速原型开发环境,以可视方式和分析方式探索大规模链接开放数据

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The lack of development environments for interdisciplinary research conducted on large-scale datasets hampers research at every stage. Projects incur large startup costs as disparate infrastructure is assembled; experimentation slows when software components and environment are mismatched for specific research tasks; and findings are disseminated in forms that are hard to examine, learn from, and reuse. Behind these problems is a common cause — the lack of good tools. When large, heterogeneous and distributed data is added to the equation, further frustration, at the least, ensues. As a result using existing platforms, the programmers of 21st century interactive visualizations are reduced to working in the same fashion with the same tools as 20th century database programmers. Our contribution is to bring the tools of digital artists to bear on the aforementioned data analysis and visualization challenges. Here we report on the current state of progress in adapting Field for large-scale, web-based scientific data analysis and visualization with an emphasis on Linked Open Data [1] and especially the current data hosted by RPI [2].
机译:缺乏针对大规模数据集进行跨学科研究的开发环境会阻碍每个阶段的研究。由于组装了不同的基础架构,因此项目会产生大量启动成本;当软件组件和环境与特定的研究任务不匹配时,实验会变慢;结果以难以检查,学习和重用的形式传播。这些问题的背后是一个常见的原因-缺少好的工具。当将较大的异构数据和分布式数据添加到方程式时,至少会造成进一步的挫败感。结果是,使用现有平台,使21世纪互动可视化的程序员可以使用与20世纪数据库程序员相同的工具以相同的方式工作。我们的贡献是使数字艺术家的工具能够应对上述数据分析和可视化挑战。在这里,我们报告了将Field应用于大规模,基于Web的科学数据分析和可视化的当前进展情况,重点是链接开放数据[1],尤其是RPI托管的当前数据[2]。

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