Showing 1-18 of 18 projects
Python robotics algorithms and textbook for developers.
Apollo is an open autonomous driving platform with a flexible architecture for developing, testing, and deploying autonomous vehicles.
Open-source simulator for autonomous vehicles and drones, built on Unreal Engine, with AI and computer vision capabilities.
Open-source simulator for autonomous driving research.
Autoware is an open-source platform for building autonomous vehicle software, focused on ROS and ROS2.
A comprehensive C++ library for motion planning and navigation of autonomous vehicles using ROS and various algorithms.
A set of learning notes for the Apollo autonomous driving framework, useful for developers building self-driving car systems.
Tutorials and demos for building autonomous driving systems using Microsoft's AirSim simulation platform.
Curated list of resources for building autonomous vehicles and self-driving car technology
A collection of world models for autonomous driving and robotic papers
A curated list of radar datasets, detection, tracking and fusion for autonomous driving and vehicles.
A fast symbolic computation library for robotics, with capabilities like code generation and nonlinear optimization.
Autoware Universe is an open-source autonomous driving software framework for self-driving cars and robots.
This Python project is a technical guide for beginners to study algorithms and software architectures for autonomous vehicle control.
A C++ library for solving exercises in the book 'Probabilistic Robotics' for autonomous vehicle and robotics development.
Official PyTorch implementation of VoxFormer, a state-of-the-art 3D computer vision model for autonomous driving and scene understanding.
Official implementation of a paper on street view generation with diverse 3D geometry control.
This is an open-source robotics framework for building autonomous ground robots with various drive systems.
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