Image Processing Online Demo

These demonstrations run on any moderm browser supporting HTML5.

• Canny Edge Detector

  

  Detection of the edges of an image

  Cyril Favre 203 07.06.2017

• Ridge Detector

  

  Detection of the ridges of an image using the Hessian

  Daniel Sage 189 07.06.2017

• Filtering in the Fourier Domain

  

  Filter an image in the frequency domain

  Cyril Favre 167 07.06.2017

• Directionality with the Structure Tensor

  

  Directional analysis of an image

  Daniel Sage 185 07.06.2017

• Local Normalization

  

  Demonstrates the local normalization effect of an image

  Daniel Sage 150 07.06.2017

• Graylevel Watershed

  

  Run the watershed segmentation algorithm on a smoothed version of an image

  Daniel Sage 149 07.06.2017

• Denoising in the Wavelet Domain

  

  Denoising by soft-thresholding the wavelet coefficients

  Daniel Sage 153 07.06.2017

• Wavelet Transform (Daubechies)

  

  Wavelet transform and its inverse using Daubechies wavelets

  Cyril Favre 154 07.06.2017

• Grayscale Morphology Operators

  

  Run basic morphological operators on an image

  Daniel Sage 155 07.06.2017

• Fast Fourier Transform

  

  Discrete Fourier transform of a 2D image and its inverse

  Cyril Favre 162 07.06.2017

• Wavelet Transform (Splines)

  

  Run a wavelet transform and its inverse

  Cyril Favre 158 07.06.2017

• Template

  

  Empty demo

  Cyril Favre 162 07.06.2017

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Mathematica CDF Player

Requires the CDF Player of Wolfram Mathematica.

Exploration of the B-Spline Robin Lang and Daniel Schmitter, 2017 This demo is very soon available.

Apple iOS Apps

These Apple apps are available on the Apple store and run on iPhone.

	iMondrian Sparse Stochastic Processes Ricard Delgado, 2011 This app generates artistic representations of Mondrian processes. These processes are named after Piet Mondrian (1872-1944), a great figure in the neoplasticism style known for his grid-based paintings.
	Filter Creator Michael Rusterholz, 2012 Filter Creator helps you to better understand the mathematics of discrete and continuous audio filters and is particularly aimed at students of signal processing classes.