OCV_yard

AIM : To explore Open CV library and apply in different projects

In this we would be exploring different-different applications that we could do with the use of Open CV library, starting from very basic to advance, project aim to accomplish most of the use cases.

How to contribute?

• Are you having an new application or usecase with the use of open CV
  • Just move ahead to issue tab and open a issue with brief introduction of your idea
  • once issue assigned to you, open a pull request
  • After positive review, :hugs: congratulations your pull request is merged

• Dont have idea but want to contribute
  • Head over to issues page -choose the best suited issue -start by asking doubts and working over the issue
  • make pull request and have the review -finally :hugs: pull request merge

To start contributing, follow the below guidelines:

1. Fork this repository.

2. Clone your forked copy of the project.

 $ git clone https://github.com/<your_user_name>/OCV_yard.git

3. Checkout into a new branch

 $ git checkout -b <branch_name>

4. Make your changes

5. Add and commit your changes

 $ git add . && git commit -m "<your_message>"

6. Push Code to Github under your branch

 $ git push origin <branch_name>   

Scope

• OpenCV (Open Source Computer Vision Library) is an open source computer vision and machine learning software library.
• OpenCV was built to provide a common infrastructure for computer vision applications and to accelerate the use of machine perception in the commercial products.

Transportation - with autonomous driving in ADAS (automated driver assist system) in traffic signs detection, pedestrian detection, safety features such driver fatigue detection etc.

Medical imaging - mammography, cardiovascular and microscopic image analysis (I’m not a medicine guy but I am hearing that a whole lot of computer imaging aided decision-making such as automated detection and counting of microorganisms will involve use of opencv).

Manufacturing - Ton of computer vision stuff there as well such as rotation invariant detection on a conveyer belt with dtection of stoke of robotic gripping.

Public order and security - pedestrain/citizen detection and tracking, mob management, prediction of future events.