Last week, my colleague Mariano Lizarraga Fernandez pointed me to the Washington post simulation of COVID-19 and we thought it would be interesting to implement something similar using MathWorks products.... read more >>

Someone recently challenged me to convert the curling simulator we published a few years ago (See this post and this post) to take advantage of new features not available at that time: App Designer and Stateflow for MATLAB.... read more >>

In MATLAB R2019a, it is now possible to create standalone Stateflow charts that can be executed in MATLAB. Let's see how this work!... read more >>

For those reading this blog for a few years, you probably remember that during the 2014 Winter Olympics, we published a curling simulator implemented in Simulink.... read more >>

Today I want to highlight a new feature that makes continuous-time modeling in Stateflow clearer and more powerful: Simulink Subsystems as States.... read more >>

Today I want to describe a feature that is super useful, but not known enough: Logging states activity and data in Stateflow. ... read more >>

Today I want to share with you one of the lesser known semantics of Stateflow: the transition that ends on an inner boundary of a state.... read more >>

As our devices get smaller and systems get embedded into everything, there is a greater need to properly model inter-system communication. Let's take a simple example: imagine a smart thermostat that is wirelessly connected to several temperature sensors distributed throughout a building. Those sensors report data at 100 Hz. The... read more >>

I am so happy right now!... read more >>

The release of R2014b brought a time-honored Stateflow feature up to the model level: Simulink Functions. These blocks, analogous to stand-alone MATLAB functions, promote modularity and reuse by allowing you to call the same set of blocks from anywhere in your model – even from inside a Stateflow chart!... read more >>