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协同仿真

使用数值补偿和多核解决方案来支持您的 Simulink^® 协同仿真应用程序。

Simulink 平台支持在不同组件之间进行协同仿真。在 Simulink 中，协同仿真发生在具有局部求解器或涉及其他仿真工具的组件之间。例如，协同仿真可以是作为 Simulink 与第三方工具或自定义代码之间的协同仿真入口实现的 S-Function，也可以是在协同仿真模式下导入 Simulink 的 FMU。

模块

FMU	Include Functional Mockup Unit (FMU) in model
S-Function	在模型中包含 S-Function

函数

`shareMATLABForFMUCoSim`	Share current MATLAB session for FMU tool-coupling co-simulation
`Simulink.fmuexport.ExportSimulinkProjectToFMU`	Export project as Functional Mockup Unit (FMU)

主题

Co-Simulation Execution
Mitigate numeric inaccuracies introduced by cosimulation signal delays.
Numerical Compensation
Use numerical compensation to mitigate numeric inaccuracies.
Run Co-Simulation Components on Multiple Cores
Take advantage of the multiple cores in your system for cosimulation.
Export a Model as a Tool-Coupling FMU
Export a Simulink model for use in a third-party environment.

精选示例

Multithread Co-Simulation

Multithread Co-Simulation

Run co-simulation on multiple threads.

Using Numerical Compensation for Co-Simulation Integration

Using Numerical Compensation for Co-Simulation Integration

Reduce potential simulation errors introduced by co-simulation using numerical compensation.

打开实时脚本

Co-Simulation Signal Compensation

Co-Simulation Signal Compensation

Use co-simulation and signal compensation for interfacing signals.

打开实时脚本

Graph-Based Multithread Simulation

Graph-Based Multithread Simulation

How graph-based algorithms optimize simulation on multiple threads.