| Description |
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As the need to display complex visualizations on the web has increased, a wide variety of rendering techniques have emerged. However, no single implementation has become standard, leaving developers with many options to choose from and no clear way of selecting the best one for their problem. We implemented a 2D parallel coordinates visualization, using a variety of common rendering techniques, ... read moreand empirically tested them for rendering speed and interactivity on increasingly large data sets. The HTML5 canvas with a WebGL context performed best although the developer cost was highest. The performance requirements of a project may dictate a given implementation, but some options clearly do better than others, even for relatively large amounts of data.read less
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| Citation |
- Kee, Daniel E., Liz Salowitz, and Remco Chang. "Comparing Interactive Web-Based Visualization Rendering Techniques." Poster presented at VisWeek 2012, Seattle, Washington, October 14-19, 2012.
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