Learn how to use Simulink to create and implement embedded systems and applications in six steps, from modeling to deployment.

Learn how to use MATLAB Simulink to create and simulate dynamic system models of energy storage systems for various scenarios and applications.

Using the fundamental Ramsey-Cass-Koopmans (RCK) model as an example, this code, along with the corresponding technical article, describes two workflows for creating, simulating, and visualizing a ...

We have developed a model transformation tool to automatically transform Simulink models with state transitions, conditional selection of data flows or conditional selection of control flows. The ...

Industry applications in fields of electrical engineering have a high demandfor engineers with knowledge and experience in using digital signal processor(DSP). Many universities offer this type of ...

We base our voltage-controlled oscillator (VCO) on an actual VCO device, taking data from a published device data sheet to simulate component performance. Because VCO phase noise strongly affects the ...

This repository contains two examples accompanying the series of blog posts titled Unifying MATLAB and Simulink: A User Story on Guy on Simulink. The workflow illustrated in this example ...

AdaCore announces the release of QGen 2.1.0, a qualifiable and customizable code generator and model verifier for Simulink and Stateflow models. This tool can generate MISRA C and SPARK/Ada source ...

Second, we propose a transformation of Simulink models into the expressive and formally well-defined differential dynamic logic. This enables the formal verification of hybrid systems modeled in ...

Simulink is a block diagram environment for simulation and Model-Based Design of multidomain and embedded engineering systems.