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This repository is related to all about Computer Vision - an A-Z guide to the world of Computer Vision. This supplement contains the implementation of algorithms, statistical methods, and techniques (in Python)

Home Page: https://coursesteach.com/

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computer-vision-'s Introduction

πŸ‘οΈ Welcome to the Computer Vision Compendium!πŸ‘‹πŸ›’

πŸš€ Explore the vast landscape of computer vision through our comprehensive repository, serving as your A-Z guide to this captivating field. Whether you're delving into image processing, object detection, or deep learning, you'll find a treasure trove of resources here to deepen your understanding and hone your skills.

πŸ” What We Offer:

1-Algorithm Implementations: Dive into meticulously crafted implementations of key computer vision algorithms, from classic techniques to cutting-edge methods.

2-Statistical Methods: Harness the power of statistical analysis for robust image interpretation and feature extraction.

3-Pythonic Solutions: Our repository is entirely Python-based, offering clear and concise code snippets for seamless integration into your projects.

πŸ’‘ Why Choose Us?:

1-Comprehensive Coverage: We've curated a comprehensive collection of resources covering every aspect of computer vision, providing you with a holistic learning experience.

2-Hands-On Learning: Put theory into practice with hands-on examples and practical exercises designed to reinforce your understanding.

3-Accessible to All: Whether you're a beginner or an expert, our repository caters to learners of all levels, offering something valuable for everyone.

πŸ‘₯Get Involved:

Contribute: Help us expand our repository by contributing your own implementations, insights, and optimizations. Together, we can build a richer resource for the entire computer vision community.

Engage: Join the discussion, ask questions, and share your experiences on our forums. Connect with fellow enthusiasts and expand your network. Learn and Grow: Embark on your journey through the world of computer vision, and let our repository serve as your trusted companion along the way.

🌟 Join us as we unravel the mysteries of computer vision, one algorithm at a time. Let's empower each other to push the boundaries of what's possible in this fascinating domain!

Star this repo if you find it useful ⭐

πŸ“¬ Contact

If you want to contact me, you can reach me through social handles.

github linkedin facebook Reddit website orcid

Course 01 - πŸ‘οΈ Introduction of Computer Vision

πŸ‘οΈ Chapter1: - Introduction

Topic Name/Tutorial Video Code
🌐1- What is computer Vision? 1 Colab icon
🌐2-Computer Vision Tasks and Applications 1-2 Colab icon
🌐Best Free Resources to Computer Vision --- ---

πŸ“šChapter2: - Image As Function

Topic Name/Tutorial Video Notbook
🌐1-Images as Functions Part 1? 1 Colab icon
🌐2-Images as Functions Part 2? 1 Colab icon
🌐3-Define an Image as a Function (Quiz) 1-2 Colab icon
🌐4-Color Planes and Color Image as a Function(Quiz) 1-2-3 Colab icon
🌐5- Digital Images 1-2 Colab icon
🌐6-Compute Image Size Quiz --- Colab icon
🌐7-Read image in Matlab and Python --- Colab icon
🌐8-Image Size and Data Type Quiz/Solution 1 Colab icon
🌐9-Crop an Image 1 Colab icon
🌐10-Add 2 Images 1-2-3 Colab icon
🌐11-Multiply image by a scaler and Blend 2 Images 1-2-3 Colab icon
🌐12-Common Types of Noise 1 Colab icon
🌐13-Image Difference 1-2-3 Colab icon
🌐14-Generate Gaussian Noise 1 Colab icon
🌐15-Effect of Sigma on Gaussian Noise 1-2-3 Colab icon
🌐16-Apply Gaussian Noise 1-2 Colab icon
🌐17-Displaying Images in Matlab and Python 1 Colab icon

πŸ“šChapter3: - Filtering

Topic Name/Tutorial Video NoteBook
🌐1- What is Filtering? 1 Colab icon
🌐2- What is Gaussian Noise? 1-2 Colab icon
🌐3- Weighted Moving Average? 1-2 Colab icon
🌐4- Correlation Filtering? 1 Colab icon
🌐5- Averaging Filter? 1 Colab icon
🌐6- Gaussian Filter? 1-2 Colab icon
🌐7- Gaussian Filter with Matlab and Python? 1 Colab icon
🌐8- Remove Noise?(r) 1-2 Colab icon

πŸ“šChapter4: - Linearity and Convolution '

Topic Name/Tutorial Video NoteBook
🌐1- Introduction of linear intuition of filtering 1 Colab icon
🌐2- Impulse Function and Response 1 Colab icon
🌐4- Filtering an Impulse Signal 1 Colab icon
🌐5- Correlation vs Convolution 1 Colab icon

πŸ’» Workflow:

  • Fork the repository

  • Clone your forked repository using terminal or gitbash.

  • Make changes to the cloned repository

  • Add, Commit and Push

  • Then in Github, in your cloned repository find the option to make a pull request

print("Start contributing for Computer Vision")

βš™οΈ Things to Note

  • Anybody interested in learning and contributing to computer Vision repository
  • There are no hard prerequisites other than a dedication to learning
  • Some experience with the following will be beneficial:,C++ Programming, Basic of Computer
  • You can only work on issues that have been assigned to you.
  • If you want to contribute the algorithm, it's preferrable that you create a new issue before making a PR and link your PR to that issue.
  • If you have modified/added code work, make sure the code compiles before submitting.
  • Strictly use snake_case (underscore_separated) in your file_name and push it in correct folder.
  • Do not update the README.md.

✨Top Contributors

We would love your help in making this repository even better! If you know of an amazing Computer Vision course or you know intrested Computer Vision related tutorial/Video that isn't listed here, or if you have any suggestions for improvement in any course content, feel free to open an issue or submit a course contribution request.

                   Together, let's make this the best AI learning hub website! πŸš€

Thanks goes to these Wonderful People. Contributions of any kind are welcome!πŸš€

computer-vision-'s People

Contributors

hussain0048 avatar

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