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Computer Vision for Student Competitions: Object Detection - Part 1

version 15.1.1.0 (287 MB) by MathWorks Student Competitions Team
Object Detection - Part 1 (Chapter 5): Computer Vision Training for Student Competition Teams

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Updated 12 Oct 2017

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Learn to detect objects using binary classifiers; template matching, histogram of gradients (HOG), and cascade object detection.

You’ll learn how Template Matching works and how to use it. The concepts behind HOG will be taught to prepare you for the Cascade Object Detector. The Cascade Object Detector is a robust detector which provides the option to use Haar, Local Binary Patterns (LBP), and HOG to detect objects within an image.

Template Matching and Cascade Object Detection are used to detect objects in an image that are aspect ratio and orientation invariant. Template Matching has an additional limitation that the object must be scale invariant. Both methods are useful for determining if an object is located within an image, and if so, where the object is located within the image.

Using these methods, teams in the AUVSI Foundation competitions should be able to perform a variety target identification tasks.

Images from bike and non-bike folders were obtained from the object detection image database created by Dr. Axel Pinz from the Graz University of Technology. www.tugraz.at/en/institutes/emt/personal-pages/pinz/

Cite As

MathWorks Student Competitions Team (2021). Computer Vision for Student Competitions: Object Detection - Part 1 (https://github.com/mathworks/auvsi-cv-object-1), GitHub. Retrieved .

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