Powerful, Fast Image Processing and Analysis

Digital Image Processing fully integrates with Mathematica to offer more sophisticated analyses on the desktop than any standard image-processing software. Designed for professionals and students, the package provides an ideal framework for creating and automating custom analyses and prototyping procedures as well as for developing new algorithms.

Over 200 functions for color space transformations, connected component analysis, the watershed transform, Canny and Shen-Castan edge detection, smoothing, noise reduction, image morphology operations, iterative and non-iterative image restoration, spectral analysis, and more allow routine and advanced processing tasks to be accomplished with ease and efficiency. More than 15 common image formats can be imported and exported. Images can also be quickly enhanced by manipulating contrast, image geometry, and color. Image regions can be interactively selected with a mouse for convenient and effective region-of-interest processing.

Key Features

• Extensive functionality--more than 200 built-in functions covering all areas of image processing and analysis
• Effective and efficient top-level data structure for images
• Tight integration with Mathematica
• Interactive region-of-interest selection
• Excellent image processing tutorial and function guide with numerous examples and usage details

Digital Image Processing comes with detailed electronic documentation, including a step-by-step tutorial, so new users can quickly learn how to solve many common as well as one-of-a-kind image processing problems. The online manual features a thorough interactive introduction to image analysis, based in part on a college-level course taught by the author.

Digital Image Processing 2.2 requires Mathematica 6 and is available for all Mathematica platforms.

Digital Image Processing is © 2000-2007 Mariusz Jankowski.