Opencv
Showing 36 of 82 projects
A Swift library providing NumPy-like matrix operations and machine learning algorithms for iOS/macOS development.
Raspberry PI-TIMOLO ( PI-TImelapse, MOtion, LOwLight ) uses RPI picamera and OpenCV for Remote Headless Security Monitoring using Motion Tracking, Rclone Auto Sync files with remote storage services. Auto Twilight Transitions and Low Light Camera Settings. Panoramic images using PanTiltHat and More. This project is featured on GitHub Awesome software.
Delphi and Free Pascal bindings for OpenCV 2.4.13, enabling computer vision development in Object Pascal.
A ROS-based object detection and pose estimation library for 2D and 3D applications using OpenCV.
A Python implementation for fully automatic extrinsic calibration of 3D LiDAR and cameras using laser reflectance intensity.
A comprehensive Jupyter notebook tutorial covering computer vision and machine learning basics using OpenCV and Keras in Python.
A graphical application for rapidly prototyping and deploying computer vision algorithms, primarily for robotics.
A real-time RGB-based pipeline for object detection and 6D pose estimation using a denoising autoencoder trained on simulated 3D views.
An optimized, lightweight CUDA-based 3D reconstruction implementation derived from the original Kinfu algorithm.
A C++20 cross-platform demo framework for graphics and compute APIs like Vulkan, OpenGL ES, OpenVX, OpenCL, OpenVG, and OpenCV.
Open-source software for stacking astronomical images of planets, moon, and sun using lucky imaging techniques.
A ROS stack providing perception packages for 2D image and 3D point cloud processing in robotics.
A Python library and CLI for controlling GoPro HERO3/3+/4 cameras over HTTP.
Stream camera frames over MQTT for low-FPS IoT viewing, recording, and image processing pipelines.
A Python-based CAPTCHA breaking solution using Keras and OpenCV, developed for a data science competition.
Automated UI testing framework for set-top boxes and smart TVs using infrared commands and video analysis.
A Docker container for face detection using Faster R-CNN deep learning, processing videos and images with bounding box outputs.
A distributed video processing platform built on Apache Storm with OpenCV integration for large-scale computer vision pipelines.
A ROS2 node wrapper for the ORB_SLAM2 library, enabling visual SLAM integration in ROS2 systems.
Uses Canny edge detection and OpenCV to locate puzzle pieces in slide-based CAPTCHAs for automated solving.
A JVM library providing the lowest barrier of entry to image processing, computer vision, and neural networks using OpenCV.
An open-source macOS application that transforms video into glitch art through real-time distortion filters and effects.
A ROS2 wrapper for real-time object detection, 3D localization, and tracking using RGB-D camera inputs.
A ROS2 node for capturing video from USB cameras using OpenCV, publishing image topics and camera info.
C++ implementation of Local Binary Pattern texture descriptors with OpenCV and FFTW3 integration for fast computation.
Delphi library for image loading, saving, conversion, and transformation with support for multiple graphics engines.
A curated archive of pre-trained computer vision models for object detection, face recognition, fire detection, and more.
A university course syllabus and materials for a project-based class on practical 3D reconstruction using computer vision.
A university course covering practical 3D reconstruction from images using OpenCV and Python, with project-based learning.
OpenCV binding library for Common Lisp, compatible with OpenCV 2.4 and 3.x.
ROS2 nodes for performing computer vision inference using TensorFlow models, enabling object detection and image classification in robotics.
A C++ implementation of the SEEDS superpixel segmentation algorithm using energy-driven sampling for computer vision.
A Godot engine module for real-time head tracking using OpenCV with GPU acceleration for immersive 3D perspective.
An open-source image processing tool for histological image preprocessing and augmentation to improve deep learning model development.
Python-based vision processing for FRC robots to detect and track reflective tape targets using a Raspberry Pi and camera.
Open-source software for extracting root system architecture traits from plant root images acquired with scanners or cameras.
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