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Supervisory Logic and Task Scheduling

Model decision logic for scheduling, switching, and debouncing applications

Use Stateflow^® charts to explicitly schedule the execution of Simulink^® subsystems. Design event-based logic to switch between controllers and debouncing logic to filter out transient signals that do not represent a true change of state.

Topics

Reduce Transient Signals by Using Debouncing Logic
Design state machines that are resilient to rapidly changing signals.
Schedule Execution of Multiple Controllers
Use Simulink functions to improve the design of a Stateflow chart.

Featured Examples

Launch Abort System

Launch Abort System

Model a launch abort system for an orbiter.

Developing the Apollo Lunar Module Digital Autopilot

Developing the Apollo Lunar Module Digital Autopilot

Use bat365^® products to design the Apollo Lunar Module digital autopilot system.

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Design a Guidance System in MATLAB and Simulink

Design a Guidance System in MATLAB and Simulink

Use bat365 products to apply advanced control methods to missile autopilot design.

Implement an Automatic Transmission Gear System by Using the duration Operator

Implement an Automatic Transmission Gear System by Using the duration Operator

Use debouncing logic to filter out transient signals that do not represent a true change of state.

Schedule Multiple Subsystems in a Single Step

Schedule Multiple Subsystems in a Single Step

Execute function-call subsystems by using a ladder logic scheduler.

Schedule a Subsystem Multiple Times in a Single Step

Schedule a Subsystem Multiple Times in a Single Step

Broadcast an output event multiple times in a single time step by using a loop scheduler.

Schedule Subsystems to Execute at Specific Times

Schedule Subsystems to Execute at Specific Times

Create rate-based function calls by using a temporal logic scheduler.

Schedule Simulink Functions by Using Stateflow

Schedule Simulink Functions by Using Stateflow

Use temporal logic to schedule Simulink functions in a Stateflow chart.