Computer vision is an interdisciplinary field that deals with how computers can be made to gain high-level understanding of digital images and videos.
This is a sample project demonstrating how to use OpenCV and CUDA in C++ for detecting people in drone footage with YOLO. The project aims to be simple and understandable for those who want to learn how to use OpenCV and CUDA in C++.
Project for the lecture "Building Interactive Devices" (HCI2) at HPI Potsdam
Live camera projection and mapping (a.k.a. "Pong")
University project for an advanced algorithm course.
Firmware for Vespin 2 Hardware, Open Source Drone HW, SW
Early stages of a human particle-filter-based tracker fed by a RGB-D stream
I made a program to count the number of people or motorbike that passed the frame using background substraction method.
A face detector using a cascade classifier
Graduation Project repo. Wireless Chess Robotic Arm based on Artificial Intelligence.
Passthrough Filter in Point Cloud
Bachelor Research (Thesis) | C++ Qt implementation of edge detection algorithms.
Pipelines to perform 3D large scale point cloud matching (registration) based on Point Cloud Library
Grad school project, Visual Studio based. may need refactoring
Virtual backgrounds and more for your webcam
ISSD Bilişim Elektronik A.Ş. Computer Vision Projects Summer İnternship - 2019
openCV C++ implementation of image retargeting using seam carving - image shrinking
ESP32CAM with I/O initialization on Face Detection
Group Recognition using OpenGL and a Dataset
DeepFlux for Skeletons in the wild (CVPR 2019 & IJCV 2020)
This repository contains the source code for rough maxima estimation given a point cloud. The following projects are coded in C#/C++ with the exception of some python wrappers.