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

This repository explores the variety of techniques commonly used to analyze and interpret images. It also describes challenging real-world applications where vision is being successfully used, both for specialized applications such as medical imaging, and for fun, consumer-level tasks such as image editing and stitching, which students can apply…

line segment detector(lsd) &. edge drawing line detector(edl) &. hough line detector(standard &. probabilistic) for detection

数字图像课程大作业，实现图片中文档提取与矫正。整体思路是通过hough变换检测出直线，进而得到角点，最后经过投影变换，进行矫正。整个项目只用到了opencv的IO操作(包括手写卷积，hough哈夫变换，投影变换等等)

3d line detection from pointcloud using Hough Transform

Kernel-Based Hough Transform for Detecting Straight Lines in Images

License plate recognition . Model training and conversion to tflite

Autonomous wind blade inspection using Hough line transformation, canny edge detection and stereo vision.

Canny Edge Detection, Eigen Faces Face Recognition Algorithm, Applying Sobel Filter, Hough Lines, Harris Corner Detection as a Feature, Image Manipulation

Implementation of Simple Hough Line Detection Algorithm in Python

Project to detect straight and curved lanes and predict the turn

Implement: Sobel; Canny; Harris; Hough line; Fit line; RANSAC.

Autonomous lane detection for self-driving cars using two different methods - CNN and Canny Detectors.

Implementing a simple lane detection algorithm to mimic Lane Departure Warning systems used in Self-Driving Cars.

Implement hough transform for line detection

This GitHub repository provides a comprehensive guide and implementation of the Hough Transform for line detection in Python using OpenCV. It covers step-by-step instructions for implementing the algorithm from scratch, including edge detection, parameter space transformation, and line extraction.

A web application that use python script for image processing such as detect edges using canny detection , Detect lines , Detect circles , Detect ellipse and initialize the contour and evolve the Active Contour Model (snake) using the greedy algorithm.

Create a Lane Finding pipeline that finds lane lines on the road

Detecting, filtering and matching geometrical features from an extraction set to the query image. Project for Superposition in collaboration with Netherlands Institute for Sound and Vision .