Simulink Copilot provides generative AI–powered capabilities focused on Simulink® and Model-Based Design. You can use Simulink Copilot to explain models and errors, learn tools and techniques, get design guidance, and automate predefined tasks, such as checking…

Dive into the workflow of advanced tire modeling using the Extended Tire Features in Vehicle Dynamics Blockset™. Learn how detailed tire data can significantly improve the accuracy of vehicle dynamics simulations—especially under nonlinear conditions such…

RF Toolbox™ provides functions, objects, and apps for designing, modeling, analyzing, and visualizing networks of radio frequency (RF) components. With this toolbox, you can work across different applications such as wireless communications systems, radar…

Simulink® Scopes let you visualize signal data to explore signal behavior and troubleshoot simulations.

In this demonstration, you'll learn how to:
- Add and manage Scopes and Scope Viewers
- View signal data without cluttering your model
- Customize scope…

Dear TopoToolboxers, I am delighted to inform you about an upcoming event: the EGU webinar on TopoToolbox. The event comprises two workshops on June 2. and 3., each between 16:00 and 18:00 CEST. Pl…

Learn about the Model Guidance Dashboard in Simulink Check™ and how it is used to evaluate and improve model quality using a structured set of automated checks and recommendations.

Start with discovering the purpose of the dashboard: providing a centralized…

Build, test, and deploy an embedded system with the help of AI, without sacrificing engineering rigor. In this MATLAB Tech Talk, learn how to use an agentic AI tool alongside MATLAB® and Simulink® to design and control an inverted pendulum (Quanser Qube-Servo…

Raptee.HV, an India-based startup, is developing the country’s first high-voltage electric motorcycle to elevate the everyday commuting experience.

In this video, the Raptee.HV team shares how using Model-Based Design enables them to explore ideas, test…

Learn how to use the Simulink® Scope block to speed up debugging and analysis with interactive inspection, automated data capture, and built-in measurements. The Scope block is much more than a visualization tool and can log data directly to the MATLAB® workspace…

This video explains how to model the U.S. economy in MATLAB® using a Vector Error-Correction (VEC) model. Using the Econometric Modeler App, you can use historical economic data to generate forecasts and interpret long-run economic relationships. The Johansen…

Southern Launch provides launch and range services that support safe and reliable access to space.

In this video, the team shares how they use MATLAB and Simulink to develop and test rocket flight safety analysis tools. By modeling launch scenarios and validating…

Learn about the OPC UA Explorer app, which is included with Industrial Communication Toolbox™ and provides a graphical, no‑code interface in MATLAB® for discovering, connecting to, and interacting with OPC UA servers.

The app is illustrated in the context…

Learn how to use Simulink FMU Builder to create a Functional Mock-up Unit (FMU) from your model. For cross-platform workflows, you’ll also see how to create and simulate a Linux® FMU on a Windows® machine.

Learn more about Simulink FMU Builder: https://bit.ly/simulink…

Chinara et al., (2026). sEEG-Suite: An Interactive Pipeline for Semi-Automated Contact Localization and Anatomical Labeling with Brainstorm. Journal of Open Source Software, 11(122), 10490, https://doi.org/10.21105/joss.10490

Learn how to use the latest vision-language models in MATLAB® to perform automated data labeling for aerial imagery.

Learn more about Computer Vision Toolbox: https://bit.ly/computer-vision-toolbox

The vision-language models include CLIP, Grounding DINO…

sync2brain is developing personalized brain stimulation therapies for patients with neuropsychiatric disorders.

In this video, the team shares how they use Simulink Real‑Time to read and analyze brain activity data and trigger therapeutic stimulation at…