Accelerate Aerial Autonomy with Simulink and Microsoft Project AirSim

Autonomous aerial systems are critical systems that incorporate AI and require rigorous verification to ensure safety and performance. Aerial autonomous technologies are driving advanced air mobility use cases such as power line inspections, logistics, and flying taxis. Integration of airframe physics and sensors in scalable high-fidelity simulations with photorealistic 3D environments is needed to test and evaluate autonomous aerial systems while generating synthetic data to train AI models.

Explore how to leverage Microsoft Project AirSim and Simulink^® with Model-Based Design to accurately simulate vehicle physics with sensors and dynamic environments in high-fidelity simulations. Learn how to use co-simulation in software-in-the-loop workflows to safely build, train, test, and validate autonomous aerial systems.