A browser-based visualization framework for exploring and analyzing Zarr data stores.

This Python project demonstrates Occupancy Grid Mapping in robotics and autonomous navigation using real-world data from the Orebro dataset. It processes odometry and laser sensor readings to create an occupancy grid map. With Matplotlib visualizations, it simulates robot navigation and mapping in a 2D environment.

A Robot Simulation of A home Delivery Robot that makes two Delivery Cycles within a home environment then it parks itself, The robot can also draw a map of its environment.

Accurate and quantitative analysis of cell wall deformation by computer vision

Building a high-end autonomous anomaly detection robot that maps your home, detects anomalies, and sends alerts. With NRF24L01 (for wireless communication) and 4-channel motor controlles

Generate a standardized 2D map of the left atrium by unfolding a 3D mesh and its variables

2D Mapping the surroundings using arduino UNO hardware and MATLAB

IoT explorer robot with autonomous 2D mapping and real-time telemetry.