A C daemon that turns your webcam into a light sensor. It will adjust screen backlight based on ambient brightness.

Enhance an image taken under water using color balance and fusion

Image processing pipeline for cameras that provide raw data

Colorspace conversion, gamma correction, and more -- all integrated within a MIPI-to-HDMI pipeline in FPGA.

ESPxRGB is an Arduino/ESP-IDF library of RGB, RGBW, HSV conversion functions and Gamma Correction written in Xtensa assembler for ESP SoCs with Xtensa cores (ESP32).

GUI application for calculating human-visible colors of celestial bodies from their photometric data

AI ML based Image enhancement module built in Python. It is used for improving the quality of images using different filters in openCV. It works better with gray-scale images.

Glare reduction is a step in Recovering glare images by Image processing method in Convolutional Neural Network (CNN).

Small app to adjust brightness and gamma ramp (gamma, brightness, contrast) on multiple monitors

A handy data augmentation toolkit for image classification put in a single efficient TensorFlow/PyTorch op.

PsyCalibrator

This is the MATLAB source code of a haze removal algorithm, which dehazes a hazy input image using simple image enhancement techniques, such as detail enhancement, gamma correction, and single-scale image fusion.

A Julia package for enhancing and manipulating image contrast.

This repository is related to detecting road lanes.

Mcalibrator2 -- a MATLAB-based display luminance/chromaticity characterization software package.

This GitHub repository serves as a valuable resource for researchers, developers, and enthusiasts working with AUVs, providing a range of image processing algorithms and tools tailored to enhance visual perception and analysis in underwater scenarios.

The AI model can detect the Indian roads lanes at night time and also approximate the width of roads.

A collection of exemplary graphics samples based on Magma and Vulkan API

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