Aplicaciones
Utilice máquinas de estado en diferentes industrias y aplicaciones
Explore ejemplos que muestran cómo modelizar y simular la lógica de decisión para industrias y aplicaciones específicas.
Temas
Lógica de supervisión
- Modelar un sistema de interrupción de lanzamiento
Modele un sistema de interrupción de lanzamiento de un orbitador. - Implementar un sistema de transmisión automático que controla señales transitorias
Utilice lógica de eliminación de rebotes para filtrar las señales transitorias que no representan un auténtico cambio de estado. - Developing the Apollo Lunar Module Digital Autopilot (Simulink)
"Working on the design of the Lunar Module digital autopilot was the highlight of my career as an engineer. - Model a Wind Turbine Supervisory Control System
Model a safety control system for a wind turbine. - Model a Car with Automatic Transmission
Use a Stateflow chart to model the automatic transmission of a car.
Planificación de tareas
- Scheduling Subsystems in Stateflow
Execute function-call subsystems by using Stateflow® logic. - Implement Distributed Control in a Flexible Manufacturing System
Use atomic subcharts, masks, and parameters to reuse logic in a model of a pick-and-place manufacturing system.
Detección, aislamiento y recuperación de fallos
- Detect and Isolate Faults in an Aircraft Elevator Control System
Design a fault detection, isolation, and recovery (FDIR) application for a pair of aircraft elevators controlled by redundant actuators. - Model Fault-Tolerant Fuel Control System
Combine Stateflow and Simulink® to model hybrid systems.
Gestión de la batería
- Battery Management System
Model a system to manage battery SOC, detect faults, and balance battery cells. - Model Battery Management with Custom Code
Use custom code to design a system for battery management.
Gestión de la energía
- Building Climate Control
Model a building climate control system with Stateflow. - Vehicle Climate Control System
Use events to control the climate of a vehicle.
Aplicaciones de redes de comunicación
- Model an Ethernet Communication Network with CSMA/CD Protocol
Model a collection of computers that communicate through an Ethernet communication network. - Design Microcontroller Using the I2C Communication Protocol
Design, implement, and test a microcontroller driver using the I2C communication protocol. - Detect Valid Transmission Data by Using Frame Synchronization
Use vectors of complex data to find a fixed pattern in a signal from a communication system. - Build Low-Pass Filter by Using Fixed-Point Data
Model a low-pass Butterworth filter that uses fixed-point arithmetic.
