flying-car

GAAS is an open-source program designed for fully autonomous VTOL(a.k.a flying cars) and drones. GAAS stands for Generalized Autonomy Aviation System.

霓虹天頂 — a rain-soaked vertical cyberpunk city you can fly through in the browser. three.js WebGPU + TSL, a Blender-baked Hong Kong night market, procedural megacity, time trials.

For the Udacity Master of Science in Artificial Intelligence and MBA in AI Product Management! Contains my solutions for various Nanodegree Programs (Robotics, Artificial Intelligence, Machine Learning, Deep Reinforcement Learning, Computer Vision, Sensor Fusion, Flying Cars, Business Intelligence, Agentic AI, GenAI).

To memorize the journey start from self-driving Car Engineer Nanodegree Program to Artificial Intelligence Nanodegree Program to Flying Car Nanodegree Program then Robotics Software Engineer Nanodegree Program and AI for Trading Nanodegree program

Contains Flying Car Nanodegree Projects

Towards L5 Autonomous Flying Cars, a Robust Framework Extends GAAS with Lidars!

AI-powered sky hazard detection system that protects flying taxis by identifying birds, drones, balloons, and kites in real-time video using YOLO and multi-agent AI for intelligent safety alerts

In this project I implemented my flight controller in C++ for the Udacity simulated drone. This controller can eventually be deployed to a real drone!

Udacity Flying Car [Project 1]

Research the flying-car vision high-tech

Backyard Flyer

My repo description

Simulating a flying Tesla Roadster

Fork of generalized-intelligence/GAAS. GAAS is an open-source program designed for fully autonomous VTOL(a.k.a flying cars) and drones. GAAS stands for Generalized Autonomy Aviation System.

2026 Tesla Roadster Flight Variant Simulator: 60 FPS WebGL Three.js, React 19, 7,500 PSI COPV Cold-Gas Propulsion, 10-Nozzle Vectoring & 2.0G Lizard Suction System

Flying Car Nanodegree nd787

Following of a trajectory for a simulated quadrotor drone

This project is a continuation of the Backyard Flyer project where you executed a simple square shaped flight path. In this project you will integrate the techniques that you have learned throughout the last several lessons to plan a path through an urban environment.

Motion planning in a 3D world