OpenCV is our recommended package for image processing. In robotics, OpenCV can be deployed in Single Board computers as Raspberry Pi to give the power of vision to the robot.

You can make robots as SID2 using the power of OpenCV in your robots. 

The Jupyter notebook fo...

In case you are new to our blogs or fresh in computer vision then we strongly recommend you to read our earlier blogs that we have earlier published related to computer vision.

Robotic vision Vs Computer vision

In this blog, we will reveal you the top Python packages tha...

In our previous blog, we talked about contours in OpenCV. In this blog, we take this thread of computer vision forward and try to identify a circle in a binary image.

We need robots to identify circles as it's a very basic shape found in our surroundings.

Fortunately, we...

Read time : 3 minutes , complexity : intermediate

We continue from our previous blog on contours and try to run the basic contour functions on a Python code. This program comes with the sample bundle and takes input a binary image which has a sketch of multiple faces an...

Average reading time: 4 minutes, level: Advanced

In this blog, we will continue to talk about computer vision in robotics and introduce a simple classification algorithm using supervised learning called as K-nearest neighbours or KNN algorithm.

Supervised learning in rob...

Read time : 4 minutes , level : Intermediate 

We continue our blog series on computer vision. In case you are new to computer vision refer our earlier blog here. 

Have a look at the picture of the 'cat' on your left. It looks awesome and is great. We know that because we...

We are starting a new series on robotic vision and computer vision and we thought that a blog which points the basic differences between them would be helpful.

Addition of sensors adds sensing abilities to your robot which means it takes Physical aspects like light, he...