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You're reading from  Mathematica Data Visualization

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Published inSep 2014
Publisher
ISBN-139781783282999
Edition1st Edition
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Author (1)
Nazmus Saquib
Nazmus Saquib
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Nazmus Saquib

Nazmus Saquib is a researcher at the MIT Media Lab in Cambridge, MA, where he works on data visualization, machine learning, and social computing projects. He has a bachelor's degree in Physics and a master's degree in Computational Engineering and Applied Mathematics. Saquib has been programming 3D games since middle school. As a result, he has developed and maintains a keen interest in game engines, graphics, and visualization. Throughout his academic years, he worked on a wide range of research projects, including acoustics, particle physics, augmented reality, social data mining, and uncertainty quantification. Saquib is also interested in the applications of creative computing in education and social welfare.
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Further reading


The research literature in time series visualization and scientific visualization is vast. We only learned about the main techniques that Mathematica offers to visualize our data, but the design and aesthetics issues are equally (or more) important. The Visualization Handbook, Charles D. Hansen and Chris R. Johnson, Academic Press, lists detailed methods of isosurface and other scientific visualization algorithms. Time series visualization designs are discussed in many books. A survey of different designs can be found at the link http://survey.timeviz.net/.

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Mathematica Data Visualization
Published in: Sep 2014Publisher: ISBN-13: 9781783282999

Author (1)

author image
Nazmus Saquib

Nazmus Saquib is a researcher at the MIT Media Lab in Cambridge, MA, where he works on data visualization, machine learning, and social computing projects. He has a bachelor's degree in Physics and a master's degree in Computational Engineering and Applied Mathematics. Saquib has been programming 3D games since middle school. As a result, he has developed and maintains a keen interest in game engines, graphics, and visualization. Throughout his academic years, he worked on a wide range of research projects, including acoustics, particle physics, augmented reality, social data mining, and uncertainty quantification. Saquib is also interested in the applications of creative computing in education and social welfare.
Read more about Nazmus Saquib