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Bayesian Approach to Image Interpretation

✍ Scribed by Sunil K. Kopparapu, Uday B. Desai (auth.)


Publisher
Springer US
Year
2002
Tongue
English
Leaves
136
Series
The International Series in Engineering and Computer Science 616
Edition
1
Category
Library

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✦ Synopsis


Bayesian Approach to Image Interpretation will interest anyone working in image interpretation. It is complete in itself and includes background material. This makes it useful for a novice as well as for an expert. It reviews some of the existing probabilistic methods for image interpretation and presents some new results. Additionally, there is extensive bibliography covering references in varied areas.
For a researcher in this field, the material on synergistic integration of segmentation and interpretation modules and the Bayesian approach to image interpretation will be beneficial.
For a practicing engineer, the procedure for generating knowledge base, selecting initial temperature for the simulated annealing algorithm, and some implementation issues will be valuable.
New ideas introduced in the book include:

  • New approach to image interpretation using synergism between the segmentation and the interpretation modules.
  • A new segmentation algorithm based on multiresolution analysis.
  • Novel use of the Bayesian networks (causal networks) for image interpretation.
  • Emphasis on making the interpretation approach less dependent on the knowledge base and hence more reliable by modeling the knowledge base in a probabilistic framework.
Useful in both the academic and industrial research worlds, BayesianApproach to Image Interpretation may also be used as a textbook for a semester course in computer vision or pattern recognition.

✦ Table of Contents


Overview....Pages 1-10
Background....Pages 11-33
MRF Framework For Image Interpretation....Pages 35-42
Bayesian Net Approach to Image Interpretation....Pages 43-58
Joint Segmentation and Image Interpretation....Pages 59-78
Conclusions....Pages 79-80

✦ Subjects


Image Processing and Computer Vision; Computer Imaging, Vision, Pattern Recognition and Graphics; Computer Graphics; Computer Communication Networks


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