Visualization and Modeling

Visualization and Modeling

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Description

When computers were first used to process large data sets, computer graphics provided users with simple visualizations. Today, this discipline of scientific visualization is a mature one which can transform any type of numeric data into an image. Such images range from simple static graphics to complex animated 3D sequences. Visualization techniques have wide-ranging applications in diverse areas such as financial forecasting business, medicine, meterology and engineering. This text brings together a panel of international experts on visualization and modelling, and looks at the latest advances and techniques in topics ranging from genetic algorithms in modelling to visualizing virtual environments.
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Product details

  • Paperback | 496 pages
  • 168 x 240 x 24mm | 961.62g
  • Academic Press Inc
  • San Diego, United States
  • English
  • b&w illustrations
  • 0122277384
  • 9780122277382

About R. A. Earnshaw

Edited by John Vince, Rae Earnshaw, and Huw Jones
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Table of contents

Visualization and scientific applications, J.R. Brown; CSCV - computer supported collaborative visualization, J. Wood et al; An integrated visualization system for modelling of pollutant migration, M.D. Impey et al; Visualization and exploring meteorological data using a tool-oriented approach, I.H. Manssour et al; The use and visualization in the examination of work and life histories, M. Fuller, B. Francis; The full volume simultaneous visualization of weather radar echoes with digital map data, J.J. Doick, A.R. Holt; Contouring algorithms for visualization and shape modelling systems, A.M. Day et al; Fast rendering of participating media in a global illumination application, L.D. Dalto, J.P. Jessel; Comparison between different rasterization methods for implicit surfaces, N. Stalte, R. Caubet; High-speed and high-fidelity visualization of complex CSG models, S. Kumar et al; Texture potential mapping - a way to provide anti-aliased texture without blurring, R.J. Cant, P. Shrubsole; Extended algebraic surface generation for volume modelling - an approach through genetic algorithms, H. Luga et al; Acceleration techniques for volume rendering, M.W. Jones; Physically based rendering of metallic paints and coated pigments, P. Callet; Modelling of growing biological processes using parametric L-systems, H. Jones et al; Additive technologies for direct 3D rapid prototyping, J. Bresenham; The challenge of virtual reality, R.A. Cross; A simple system for animation of natural phenomena, A. Gareau, D. Vandorpe; Geometric model and visualization of breaking waves, A. Imamiya, D. Zhang; Visualizing motion characteristics, B. MacCarthy, M. Caulfield-Browne; A physically based approach to visualizing behaviour of flexible mechanical parts, H. Suzuki et al; Visualizing and animating implicit and solid models, B. Wyvill; Visual simulation of the chewing process for dentistry, K. Myszkowski et al; Visual user interface - a third generation GUI paradigm, M. Jem; Multimedia applications over broadband ATM networks,W. Lamotte.
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