Understanding Complex Logic with Stateflow

 A fuel control system is a critical component of an engine. Ensuring the engine operates reliably requires a controller that is tolerant to sensor failures. Designing such a controller involves keeping track of multiple sensor states and determining the fuel mode based on which or how many sensors have failed.

- Learn more about Stateflow: https://bit.ly/3FTGalj - Download example: Modeling a Fault-Tolerant Fuel Control System: https://bit.ly/3FyRpOq - Explore online courses: Free Stateflow Onramp: https://bit.ly/3FWSRvL Stateflow® has graphical programming features that will help you model interconnected and complex logic in a clear and concise manner. Its visual tools provide a powerful way to understand the behavior of complex systems. With the help of a dashboard, you can interact with the model during simulation to see how it responds to different inputs without having to first set up an input signal, letting you quickly build an intuition for the behavior of your system. Stateflow highlights states in blue during execution to show which ones are active, making it easy to track sequences of decisions. Changing the speed lets you pay closer attention to the details as you follow along. Data syntax highlighting colors variables in the chart according to their functional role. At a glance, you can tell which variables are inputs, outputs, or local data, improving clarity and traceability. - Learn more about Stateflow: https://bit.ly/3FTGalj - Download example: Modeling a Fault-Tolerant Fuel Control System: https://bit.ly/3FyRpOq - Explore online courses: Free Stateflow Onramp: https://bit.ly/3FWSRvL