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The Visualization Handbook

In this article, we will analyze the impact that The Visualization Handbook has had in various areas of society. Since its appearance, The Visualization Handbook has captured the attention of people of all ages and interests, becoming an omnipresent phenomenon in contemporary culture. Through an exhaustive analysis, we will explore the different perspectives and opinions that exist around The Visualization Handbook, as well as its influence in fields as diverse as politics, technology, fashion and entertainment. Additionally, we will examine the role The Visualization Handbook has played in the transformation of society and the way people interact with each other. This article will delve into the most relevant aspects of The Visualization Handbook, offering a complete and updated vision of this topic that is so relevant today.

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The Visualization Handbook
AuthorCharles D. Hansen
Christopher R. Johnson
LanguageEnglish
SubjectScientific visualization
Computer graphics
PublisherElsevier
Publication date
2005
Publication place United States
ISBN978-0-12-387582-2

The Visualization Handbook is a textbook by Charles D. Hansen and Christopher R. Johnson that serves as a survey of the field of scientific visualization by presenting the basic concepts and algorithms in addition to a current review of visualization research topics and tools.[1] It is commonly used as a textbook for scientific visualization graduate courses.[2][3] It is also commonly cited as a reference for scientific visualization and computer graphics in published papers, with almost 500 citations documented on Google Scholar.[4]

Table of Contents

  • PART I - Introduction
  1. Overview of Visualization - William J. Schroeder and Kenneth M. Martin
  1. Accelerated Isosurface Extraction Approaches -Yarden Livnat
  2. Time-Dependent Isosurface Extraction - Han-Wei Shen
  3. Optimal Isosurface Extraction - Paolo Cignoni, Claudio Montani, Robert Scopigno, and Enrico Puppo
  4. Isosurface Extraction Using Extrema Graphs - Takayuki Itoh and Koji Koyamada
  5. Isosurfaces and Level-Sets - Ross Whitaker
  1. Overview of Volume Rendering - Arie E. Kaufman and Klaus Mueller
  2. Volume Rendering Using Splatting - Roger Crawfis, Daqing Xue, and Caixia Zhang
  3. Multidimensional Transfer Functions for Volume Rendering - Joe Kniss, Gordon Kindlmann, and Charles D. Hansen
  4. Pre-Integrated Volume Rendering - Martin Kraus and Thomas Ertl
  5. Hardware-Accelerated Volume Rendering - Hanspeter Pfister
  1. Overview of Flow Visualization - Daniel Weiskopf and Gordon Erlebacher
  2. Flow Textures: High-Resolution Flow Visualization - Gordon Erlebacher, Bruno Jobard, and Daniel Weiskopf
  3. Detection and Visualization of Vortices - Ming Jiang, Raghu Machiraju, and David Thompson
  1. Oriented Tensor Reconstruction - Leonid Zhukov and Alan H. Barr
  2. Diffusion Tensor MRI Visualization - Song Zhang, David Laidlaw, and Gordon Kindlmann
  3. Topological Methods for Flow Visualization - Gerik Scheuermann and Xavier Tricoche
  1. 3D Mesh Compression - Jarek Rossignac
  2. Variational Modeling Methods for Visualization - Hans Hagen and Ingrid Hotz
  3. Model Simplification - Jonathan D. Cohen and Dinesh Manocha
  1. Direct Manipulation in Virtual Reality - Steve Bryson
  2. The Visual Haptic Workbench - Milan Ikits and J. Dean Brederson
  3. Virtual Geographic Information Systems - William Ribarsky
  4. Visualization Using Virtual Reality - R. Bowen Loftin, Jim X. Chen, and Larry Rosenblum
  1. Desktop Delivery: Access to Large Datasets - Philip D. Heermann and Constantine Pavlakos
  2. Techniques for Visualizing Time-Varying Volume Data - Kwan-Liu Ma and Eric B. Lum
  3. Large-Scale Data Visualization and Rendering: A Problem-Driven Approach - Patrick McCormick and James Ahrens
  4. Issues and Architectures in Large-Scale Data Visualization - Constantine Pavlakos and Philip D. Heermann
  5. Consuming Network Bandwidth with Visapult - Wes Bethel and John Shalf
  • PART IX - Visualization Software and Frameworks
  1. The Visualization Toolkit - William J. Schroeder and Kenneth M. Martin
  2. Visualization in the SCIRun Problem-Solving Environment - David M. Weinstein, Steven Parker, Jenny Simpson, Kurt Zimmerman, and Greg M. Jones
  3. Numerical Algorithms Group IRIS Explorer - Jeremy Walton
  4. AVS and AVS/Express - Jean M. Favre and Mario Valle
  5. Vis5D, Cave5D, and VisAD - Bill Hibbard
  6. Visualization with AVS - W. T. Hewitt, Nigel W. John, Matthew D. Cooper, K. Yien Kwok, George W. Leaver, Joanna M. Leng, Paul G. Lever, Mary J. McDerby, James S. Perrin, Mark Riding, I. Ari Sadarjoen, Tobias M. Schiebeck, and Colin C. Venters
  7. ParaView: An End-User Tool for Large-Data Visualization - James Ahrens, Berk Geveci, and Charles Law
  8. The Insight Toolkit: An Open-Source Initiative in Data Segmentation and Registration - Terry S. Yoo
  9. amira: A Highly Interactive System for Visual Data Analysis - Detlev Stalling, Malte Westerhoff, and Hans-Christian Hege
  1. Extending Visualization to Perceptualization: The Importance of Perception in Effective Communication of Information - David S. Ebert
  2. Art and Science in Visualization - Victoria Interrante
  3. Exploiting Human Visual Perception in Visualization - Alan Chalmers and Kirsten Cater
  • PART XI - Selected Topics and Applications
  1. Scalable Network Visualization - Stephen G. Eick
  2. Visual Data-Mining Techniques - Daniel A. Keim, Mike Sips, and Mihael Ankerst
  3. Visualization in Weather and Climate Research - Don Middleton, Tim Scheitlin, and Bob Wilhelmson
  4. Painting and Visualization - Robert M. Kirby, Daniel F. Keefe, and David Laidlaw
  5. Visualization and Natural Control Systems for Microscopy - Russell M. Taylor II, David Borland, Frederick P. Brooks, Jr., Mike Falvo, Kevin Jeffay, Gail Jones, David Marshburn, Stergios J. Papadakis, Lu-Chang Qin, Adam Seeger, F. Donelson Smith, Dianne Sonnenwald, Richard Superfine, Sean Washburn, Chris Weigle, Mary Whitton, Leandra Vicci, Martin Guthold, Tom Hudson, Philip Williams, and Warren Robinett
  6. Visualization for Computational Accelerator Physics - Kwan-Liu Ma, Greg Schussman, and Brett Wilson

See also

References

  1. ^ "Description for "Visualization Handbook"". Academic Press. 29 December 2004. Retrieved 5 April 2017.
  2. ^ "Blue Waters Project to Offer Graduate Visualization Course in Spring 2015". Scientific Computing. 18 August 2014. Retrieved 5 April 2017.
  3. ^ Chen, Min. "Visual Analytics". Oxford University Department of Computer Science. Retrieved 5 April 2017.
  4. ^ "Citations for The Visualization Handbook". Google Scholar. 1 January 2011.
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