This page is a part of CVprimer.com, a wiki devoted to computer vision. It focuses on low level computer vision, digital image analysis, and applications. The exposition is geared towards software developers, especially beginners. The wiki contains discussions of computer vision and related issues, mathematics, algorithms, code examples, source code, and compiled software. If you have any questions or suggestions, please contact me directly.

# Main Page

 Welcome To Computer Vision Primer! - CVprimer.com - A software developer's resource of computer vision methods from Intelligent Perception.

# Computer Vision For Beginners: A Developer’s Platform

The current image analysis and computer vision technology is a very large collection of disparate “tools” in the form of “toolboxes”, “cookbooks”, or code libraries. It follows the following outdated manual paradigm:

Image analysis tools include “edge detection”, “thresholding”, “segmentation”, “Fourier transform”, “wavelets”, "the Laplacian of the Gaussian" (my favorite), and on and on, all drown in a sea of image processing tools. It takes serious training and experience to put these pieces together. The methods are mathematically advanced at a level that goes well beyond what is covered in a typical undergraduate degree in computer science: Fourier and wavelet transforms, partial differential equations, probability and statistics, discrete topology and geometry, etc.

A computer vision platform should allow the software developer to concentrate on the user’s needs instead of custom development of or experimentation with mathematical methods and algorithms. Our goal is to take care of the "Mathematical tools" part above so that the developer would face this:

Initially we'll be able to handle only the fundamentals: objects in the image, their locations, measurements, their topology, etc. It is what may be called the low level computer vision. This data will allow the developer to concentrate on high level computer vision: what these objects represent in the context of his project.

For that we have our free software developer's kit (SDK). If you also want to understand how everything works, this wiki gives you a unique chance. We have complete and detailed expositions and source code.

In fact, this wiki is self-contained and requires only high school math...

# How To Read This Wiki

The wiki contains over 50 articles and there is a number of ways you can read it. Depending on your interests, this is how you can start. Each article has further links (UC stands for “under construction”).

## If you are a student taking a computer vision class...

Read the book assigned by your professor. Ignore this wiki if you want a good grade...

## If you are a computer vision researcher...

Also take a look at these slides:

# Contents

Incomplete list of topics...

--> Homology in 2D UC

--> Image Sequences UC

--> Color Images UC

"UC" means "under construction".

"<<" indicates dependency (and so does a lower position - to some degree).

">>" indicates suggested reading.

"-->" means that you can jump to that article.