实时部署和代码生成
实时部署和代码生成过程向您展示如何使用 Simulink® Real-Time™ 下载和执行从 Simscape™ 模型生成的实时应用程序。您还可以使用 Simulink Real-Time 检查仿真超限，并更改实时目标上基于被控对象的应用程序的运行时参数。
函数
slrtExplorer | Open Simulink Real-Time explorer and interact with target computers and real-time applications |
simscape.findNonlinearBlocks | Check model for blocks with nonlinear equations |
主题
- 实时代码生成和部署过程
按照硬件在环 (HIL) 仿真工作流，使用 Simulink Coder™ 和 Simulink Real-Time 将 Simscape 模型部署到您的实时目标机。
- 硬件在环仿真基础知识
使用硬件在环 (HIL) 仿真来检查您的控制器如何实时响应真实的虚拟刺激。
- Simulink Real-Time Code Generation
Follow the recommendations for minimum hardware and software specifications to deploy your Simscape model for hardware-in-the-loop (HIL) simulation using Simulink Real-Time.
- Software and Hardware Configuration
Before you simulate your Simscape model on your target hardware using Simulink Real-Time, follow the recommendations to configure your development and target computers for code generation and real-time simulation.
- Signal and Parameter Visualization and Control
Monitor and control signals and parameters when you simulate your Simscape model on a real-time target hardware using Simulink Real-Time.
- Requirements for Using Alternative Platforms
Follow the recommendations for minimum hardware, software, and compiler specifications to deploy your Simscape model for hardware-in-the-loop (HIL) simulation using a custom standalone application.
- Embedded and Generic Real-Time Resources
Simulink Coder and Embedded Coder® use system target files (STFs) to generate code for interfacing with specific real-time operating systems.
精选示例
Change Parameter Values on Target Hardware
Change a Simscape run-time parameter between simulations on target hardware using Simulink Real-Time.
Linearize a Simscape Model to Prepare for HDL Code Generation
Learn how to linearize a model that uses the Backward Euler solver for HDL deployment.
Generate HDL Code for FPGA Platforms from Simscape Models
Learn how to convert Simscape models to HDL Code for FPGA Deployment.
