OpenCV Aruco for Android

Retroreflective marker tracking using Azure Kinect cameras

python wrapper of AprilTag implemented in cv2cg, used for Robot Perception course

Surface Marker Detection Using Single Cell Data

ARFICT is an Augmented Reality (AR) mobile app that provides accurate and interactive indoor navigation for the UTAR FICT building. It combines AR path guidance, optimised route calculation, and QR code-based localisation to support seamless navigation across multi-floor environments.

scTIM is a convenient tool for cell-type indicative marker detection based on single cell RNA-seq data

Experiments with color marker detection with WebGL for my dissertation

DiPPER2: Diagnostic Primer Picking and Evaluation pipeline for Reliability and Reproducibility

Simple augmented reality system for the course of Computer Vision

Annulus (donuts) grid detection in images

This project is a real-time map application that displays your current location and simulates a route using a marker that moves in real-time. It's built using React Native and Expo, making it easy to run on both Android and iOS devices.

AR marker detection using OpenCV and OpenGL

Marker detection example using OpenCV C++

A ROS2 package designed to to detect and estimate pose of ArUco fractal markers

A machine learning approach for pose estimation of hand-drawn marker

Detection of ArUco Markers

Remote Marker based tracking for accurate drone landing for the 2017 Qualcomm AI Developer Contest

Experiments with color marker detection using neural networks for my dissertation

A cheap solution to VR tracking using multiple Wi-Fi based cameras and a light