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监督逻辑和任务调度

调度、切换和去抖应用的决策逻辑建模

使用 Stateflow^® 图显式调度 Simulink^® 子系统的执行。设计基于事件的逻辑以在控制器和去抖逻辑之间切换，从而滤除不表示真实状态变化的瞬变信号。

主题

使用去抖逻辑减少瞬变信号
设计能适当处理快速变化信号的状态机。
Schedule Execution of Multiple Controllers
Use Simulink functions to improve the design of a Stateflow chart.

精选示例

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

打开实时脚本

Design a Guidance System in MATLAB and Simulink

Design a Guidance System in MATLAB and Simulink

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

Model Distributed Traffic Control System by Using Messages

Model Distributed Traffic Control System by Using Messages

Model a distributed control system for an intersection of one-way roads.

Design Switching Controllers by Using Simulink Functions

Design Switching Controllers by Using Simulink Functions

Model the decision logic that switches between a P-only controller and a PID controller.

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.

使用 Stateflow 调度 Simulink 函数

使用 Stateflow 调度 Simulink 函数

使用时序逻辑在 Stateflow 图中调度 Simulink 函数。