Resources on Morphological Image Processing and related materials

Books

Hands-on Morphological Image Processing by Edward Dougherty and Roberto Lotufo, SPIE, 2003, ISBN=0-8194-4720-X
- Table of Contents
- Pymorph Project at Sourceforge
  Toolbox written in Python to run most of examples of the book
- Pymorph Toolbox documentation
  Here you can see the documentation with examples of the most functions described in the book
- Toolbox with images and figures used in the book
  The Hands-on Toolbox contains the data and how most figures of the book were built
- Figures of the book written in Python
Morphological Image Analysis by Pierre Soille.

Conferences

References

Mathematical Morphology Digest (til 2002) - The Morphology Digest is an electronic newsletter which is sent out approximately every six weeks. It contains fast and up-to-date information on mathematical morphology, stochastic geometry, random set theory, image algebra, etc. It is edited by Henk Heijmans, Centre for Mathematics and Computer Science, Amsterdam, The Netherlands.
Mathematical Morphology Digest - The Morphology Digest is now edited by Pierre Soille.
URLib - Uniform Repositories for a Library - A collection of literature about Mathematical Morphology maintained by Gerald Jean Francis Banon.
Morphology links - Some links related to morphology compiled by Filiz Bunyak
CVonline: - The Evolving, Distributed, Non-Proprietary, On-Line Compendium of Computer Vision
- 8.Morphological Transformations
Math WWW Virtual Library: Software - This collection of Mathematics-related resources is maintained by the Florida State University Department of Mathematics as a free service to the online community.
Computer Vision Software - from Computer Vision Homepage at CMU.
Image Processing Internet Resource List - from Network Cybernetics Corporation.
efg's Computer Lab, Reference Library, Image Processing
List of MATLAB image processing related toolboxes
List of MATLAB third party products

On-line Tutorials

Tutorial presentation on Mathematical Morphology by John Goutsias from The Johns Hopkins University (zipped PowerPoint 97 presentation with 2.3MB).
Image Segmentation and Mathematical Morphology by Serge Beucher. The purpose of this small tutorial is to briefly explain the philosophy currently used when dealing with image segmentation problems in mathematical morphology. This methodology is built around a tool, the watershed transformation.

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