Data visualization techniques
Data visualization techniques are a means to manipulate sampled and computed data for comprehensive display. Visualized data can be static or in motion, to provide visual explanations of algorithms or general information. This book draws on examples from a broad selection of subject areas, such as atmospheric sciences or biology, which deal with diverse data analysis and visualization techniques. The various visualization methodologies covered in this book also include moving images as well as static. It is an important source of information for computer graphics software engineers, graduates and researchers who work in the field of visualization techniques. Unique features in this book include: Details of data visualization techniques for scalar, vector and tensor field data and accompanying data structures Explanation of how to express visual images in computational terms and turn these into display, with minimum delay Methodology for "probing" a displayed visualization, in order to elicit more detail Collection of information from several interrelated subject areas in one volume Trends in Software - edited by Balachander Krishnamurthy of AT&T Research - is a sister publication of the journal Software: Practice and Experience
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Efficient Techniques for Volume Rendering of Scalar Fields
Accelerated Isocontouring of Scalar Fields
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advected algorithm applications approach assumptions Bayesian boundary C. L. Bajaj calculate classification algorithms coherency color Plate complexity compositing Computer Graphics Computer Society Press contour propagation curve defined direction editor efficient equation extraction Figure filtering flow field focal surfaces Gaussian curvature geometric grid histogram histogram basis functions IEEE Computer Society implementation integration interactive interpolation intersected interval tree isocontouring isophotes isosurface isovalue line bundles line segments linear lines of curvature measurements mesh method mixtures node normal object space octree optimal parallel partial-volume particles plane polygon Proceedings processors projection pure material ray casting ray tracing reconstruction reflection line region represent samples scalar field Schikore screen search structure seed set SIGGRAPH simulation slices spatial splat streamlines surface interrogation texture coordinates texture mapping topology transformation traversal triangulation trilinear interpolant vector field velocity vertex vertices volume data volume rendering Volume Visualization voxel voxel-info Yagel z-buffer