Preprocessing images

Image Preprocessing Using OpenCV and PIL

This is a homework about Edge detection, various image filters and image transformation for Computer vision course @ FUM.

Scientific code that "solves" the Poisson's Problem using Convolution Theorem.

Sapienza University of Rome - Fundamentals of Data Science 2024/25/1 - Homework1

Simple image sharpening demonstration using Laplacian convolution filter. Grayscale Only.

This Python app can apply multiple filters on the image like Clustering(K-means), Band Reject, Histogram Equalization, Blur, Laplacian, Sharpen or can change the Image Brightness or Display Image histogram.

This repository explaine what is open cv and how to use it in computer vision.

ImageBlend is a Python CLI tool for seamlessly blending faces from two images using Gaussian Pyramids, Laplacian Pyramids, and facial detection algorithms.

A collection of digital image processing techniques implemented in Python using OpenCV. Includes functionalities such as image smoothing, edge detection using Laplacian, Prewitt, and Sobel operators, unsharp masking, and high-boost filtering.

이미지 품질 평가 - Fourier transform, Laplacian filter을 활용한 새로운 NR방식의 지표(BREFOLA) 개발

Demonstration of gradient of a scalar function, divergence of vector field and edge detection of a gray scale image using laplacian filter (divergence of gradient of image).

Sharpening Spatial filtering using Laplacian Filter

Applying some filters from scratch on a noisy image (salt & pepper noise) to remove the noise and apply other sharpening filters (first order derivative filters {perwitt, sobel}) & (second order derivative filters{laplacian , LOG}) for edges detection

Java edge detection application with the possibility of using the filters: Prewit, Sobel, Roberts and Laplacian.

Implement Laplacian filtering to achieve edge detection.

In this repo, we will implement digital image processing examples with matlab.

C++ implementation of some popular filters used for Edge Detection.

GPU-based implementations of some computer vision algorithms.