Effective Big Data Visualization

Murali Mani, Si Fei
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引用次数: 10

Abstract

In the last several years, big data analytics has found an increasing role in our everyday lives. Data visualization has long been accepted as an integral part of data analytics. However, data visualization systems are not equipped to handle the complexities typically found in big data. Our work examines effective ways of visualizing big data, while also realizing that most visualization processes are interactive. During an interactive visualization session, an analyst issues several visualization requests, each of which builds on prior visualizations. In our approach, we integrate a distributed data processing system that can effectively process big data with a visualization system that can provide effective interactive visualization but for smaller amounts of data. The analyst's current request is used to infer contextual information about the analyst such as their expertise and tolerance for delay. This information is used to carefully determine additional data that can be sent to the visualization system for decreasing the response time for future requests, thus providing a better experience for the analyst and increasing their productivity.
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有效的大数据可视化
在过去的几年里,大数据分析在我们的日常生活中扮演着越来越重要的角色。数据可视化长期以来一直被认为是数据分析的一个组成部分。然而,数据可视化系统并不具备处理大数据中常见的复杂性的能力。我们的工作考察了可视化大数据的有效方法,同时也认识到大多数可视化过程是交互式的。在交互式可视化会话期间,分析人员发出几个可视化请求,每个请求都以先前的可视化为基础。在我们的方法中,我们将能够有效处理大数据的分布式数据处理系统与能够提供有效交互式可视化的可视化系统集成在一起,但数据量较小。分析人员的当前请求用于推断有关分析人员的上下文信息,例如他们的专业知识和对延迟的容忍度。此信息用于仔细确定可以发送到可视化系统的其他数据,以减少对未来请求的响应时间,从而为分析人员提供更好的体验并提高他们的生产力。
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