Motion Detection Using Python and OpenCV

Free Download What you'll learn
Understand the basic intuition about background subtraction applied to motion detection
Implement MOG, GMG, KNN and CNT algorithms using OpenCV, as well as compare their quality and performance
Improve the quality of the results using pre-processing techniques such as morphological operations and blurring
Implement a motion detector for monitoring environments
Implement a social distancing detector
Implement a car and truck counter using highway videos
Requirements
Programming logic
Basic Python programming
Description
Motion detection is a sub-area of Computer Vision that aims to identify motion in videos or in real time. This type of application can be very useful, especially for security systems, in which it is necessary to detect suspicious movements such as a thief trying to enter the house. There are several other applications, such as: traffic analysis on highways, people detection/counting, animal tracking, cyclist counting, among others. A traffic control system can use these techniques to identify the number of cars and trucks that pass through the highway daily and at certain times, so then it is possible to carry out a road maintenance plan.In this course you will learn in practice how to use background subtraction algorithms to detect movements in videos, all step by step and using Python programming language! Check out the main topics you are going to learn, as well as the hands-on projects:Basic theoretical intuition about the following background subtraction algorithms: Temporal Median Filter, MOG (Mixture of Gaussians), GMG (Godbehere, Matsukawa and Goldbert), KNN (K Nearest Neighbors) and CNT (Count)Comparison of quality and performance of each algorithmPractical project 1: motion detector to monitor environmentsPractical project 2: social distancing detector to identify possible crowds of peoplePractical project 3: car and truck counter on highwaysAt the end of the course, you will be able to create your own motion detection projects!
Overview
Section 1: Introduction
Lecture 1 Course content
Lecture 2 Course materials
Section 2: Background subtraction
Lecture 3 Background subtraction - intuition
Lecture 4 Temporal median filter - intuition
Lecture 5 Installing Anaconda and PyCharm
Lecture 6 Temporal median filter - implementation 1
Lecture 7 Temporal median filter - implementation 2
Lecture 8 Temporal median filter - implementation 3
Lecture 9 Other algorithms: MOG, GMC, KNN, and CNT
Lecture 10 Additional reading
Lecture 11 Image preprocessing techniques
Lecture 12 MOG, GMC, KNN and CNT - implementation 1
Lecture 13 MOG, GMC, KNN and CNT - implementation 2
Lecture 14 MOG, GMC, KNN and CNT - implementation 3
Lecture 15 MOG, GMC, KNN and CNT - implementation 4
Lecture 16 MOG, GMC, KNN and CNT - implementation 5
Lecture 17 Quality comparison 1
Lecture 18 Quality comparison 2
Lecture 19 Performance comparison
Section 3: Practical projects
Lecture 20 Motion detection 1
Lecture 21 Edge detection - intuition
Lecture 22 Motion detection 2
Lecture 23 Social distancing
Lecture 24 Vehicle counter 1
Lecture 25 Vehicle counter 2
Lecture 26 Vehicle counter 3
Lecture 27 Vehicle counter 4
Lecture 28 Vehicle counter 5
Section 4: Final remarks
Lecture 29 Final remarks
People interested in implementing motion detectors or object counters,Undergraduate and postgraduate students studying Computer Graphics, Digital Image Processing or Artificial Intelligence,Data Scientists who want to increase their knowledge in Computer Vision


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