Over a dozen common image formats can be imported and exported. Built-in functions for FIR filter design, unitary image transforms, smoothing, edge detection, noise reduction, and image morphology operations let you perform the process you want quickly and easily. Thanks to the computational power of Mathematica, Digital Image Processing also lets you enhance images by manipulating contrast, image geometry, and color in an exceptionally flexible way. Because all image processing functions are completely integrated into Mathematica., you can also fully customize standard image processing transformations or develop new and advanced image processing algorithms.

Digital Image Processing Features

• Over 160 image processing and related functions
• Support for grayscale, RGB, HSV, and CMYK color models
• Over a dozen standard import and export formats
• Extensive collection of point and area operators
• Image measurement functions
• Intensity profiles over arbitrary polygonal paths
• Histograms and co-occurrence matrices
• Fast integer-factor interpolation and decimation functions
• Resizing, padding, and merging
• Spatial transformations including rotation and arbitrary-order warping
• Area-of-interest processing over arbitrary polygonal regions
• Dozens of predefined filters and morphologic operators
• Support of a comprehensive number of filter design algorithms
• Fourier, cosine, Hadamard, and wavelet image transforms

Digital Image Processing comes with extensive online documentation, including a 300-page tutorial introduction to digital image processing and dozens of fully evaluated examples.