Simulate autonomous driving behavior
Control a vehicle with WASD keys in a web-based physics simulation
Control and simulate a physics-based vehicle in a web browser
"One-minute creation by AI Coding Autonomous Agent MOUSE"
Type any content you'd like, and the AI will generate it!
https://huggingface.co/spaces/VIDraft/mouse-webgen
Play an interactive 3D Breakout game
Control and simulate vehicle physics in a web-based game
Create and compete with AI agents in a "Who's Spy" game
Run and customize ML agents in a simulation
One-minute creation by AI Coding Autonomous Agent MOUSE-I
Play a web-based Unity game
Load and play a Unity web game
Autonomous_Driving_Simulation is a sophisticated tool designed to simulate autonomous driving behavior in various environments. It allows users to test and train AI models responsible for controlling autonomous vehicles, ensuring they can handle real-world scenarios safely and efficiently. This simulation platform is ideal for developers, researchers, and enthusiasts looking to explore the future of autonomous driving technology.
• Multiple Environment Options: Simulate driving in urban, highway, and off-road settings with dynamic weather and lighting conditions.
• Advanced Sensor Simulations: Realistic modeling of cameras, lidar, radar, and GPS sensors for accurate perception systems.
• Real-Time Interaction: Modify scenarios on the fly to test system robustness under varying conditions.
• Customizable Scenarios: Create tailored driving scenarios to focus on specific AI training objectives.
• AI Model Integration: Supports integration with popular AI frameworks for training and testing autonomous driving algorithms.
What system requirements are needed to run Autonomous_Driving_Simulation?
Autonomous_Driving_Simulation requires a modern GPU, multi-core CPU, and at least 16GB of RAM for smooth performance.
Can I use Autonomous_Driving_Simulation for non-technical purposes?
Yes! While it’s primarily designed for developers and researchers, non-technical users can explore its pre-built scenarios and simulations for educational purposes.
How do I analyze the data collected from the simulation?
The platform provides built-in tools for data visualization and analysis. You can also export data for further processing in external software like Python or MATLAB.