The MATLAB Agentic Toolkit brings trusted MATLAB capabilities to AI agents, making engineering and scientific workflows agent-ready. Here is an example of a triple inverted pendulum cart simulation made with the Agentic Toolkit!

How can Agentic AI help engineers develop embedded systems with Model-Based Design?Brian Douglas breaks down how to use agentic AI alongside MATLAB and Simulink to design and control an inverted pendulum (Quanser Qube-Servo and @Raspberry_Pi)

Classic vibration problem, modern workflow 👇A quarter-car model driven into resonance, with and without a tuned mass damper.📈 No absorber → resonance dominates📉 With absorber → body motion drops by 50%+Built two ways: a MATLAB animation and a Simscape model created using an agentic workflow. Matching results = independent verification ✅More:

モデルベースデザインにより、エンジニアがループに関わりながら、エージェント型AI（Agentic AI）を活用して組み込みシステムをより効率的に開発する方法を、Brian Douglasが解説します。フルビデオ ➡️ https://t.co/kZUyWjqR6x (日本語字幕付き)

Competing in a Formula Student Driverless competition? 🏎️ 📽️ See how to simulate the Silverstone F1 track using Delaunay triangulation, false positive cone handling, real-time incremental path planning, and minimum curvature racing line optimization🔗 https://t.co/sutxoWygG7