GUI based Smart Sudoku Solver that tries to extract a sudoku puzzle from a photo and solve it

Computer Vision Essentials in Python Programming Language 🎉

Computer Vision - Impemented algorithms - Hybrid image, Corner detection, Scale space blob detection, Scene classifiers, Vanishing point detection, Finding height of an object, Image stitching.

Threshold independent detection and localization of diffraction-limited spots.

Blob detection of multiple objects with object indexing and drawning trajectories.

A sample project to perform blob analysis on images with TensorFlow and Keras to detect blobs and analyze their shape features such as the presence, number, area, position, length, and direction of lumps.

Let's walk through on counting Lego using OpenCV's Blob Detection

napari plugin for blob detection in images

🚦🚗 Part of our UNIHACK19 submission. Scripts for the IoT device to count vehicles per lane in the video feed using CV and push updates to the traffic management database.

A program to automatically detect overlapping circles in an image dynamically using Simple Blob detector.

Implement handcrafted algorithms in Computer Vision (e.g. Harris corner detector, SIFT & Blob detector)

Working repository for Computer Vision course 2018.

This repository aims at performing Image based Retrival of query images using 3 different kinds of features: Color Correlogram, Scale Invariant Blob Detection (LoG), and SURF.

Code for multiple cameras calibration in Python and OpenCV

The project aims at detecting holes in sarees using OpenCV in python and NumPY. The image is taken as a NumPY array and then we convert it to greyscale, following which we apply threshold to create a pure black white image and the we use Gaussian blur to remove noise. The detection is done using blob detection.

Distinguishing polygon shapes in testing image on the basis of provided training dataset using KNN algorithm.

Semantic segmentation using features of regions and neural networks (FoRNet)

This is our Git for the Implementation of the P3 project

A Head-less Python Tool for Automated Cell Counting in Cropped Hemocytometer Frames

Count the total number of legos in an image