课程介绍
MATLAB与STM32联合的嵌入式开发方法。
联合STM32CUBEMX MDK SIMULINK的基于模型设计,能够快速搭建STM32应用模型,通过本课程的学习,能够快速搭建基于WINDOWS的开发环境,本课程提供相应必要的安装包,及配套的课件。
由于基于STM32-MAT/TARGET工具箱,涉及STM32CUBEMX的使用,本课程特地赠送STM32CUBEMX的学习教程。
本课程中使用的目标芯片是STM32F407IGT6,只要掌握一种芯片的使用,将对STM32整个系列的芯片一网打尽。可以尽情的享受开发的乐趣。后期将推出更多MATLAB基于模型设计在电力电子中的应用。
The STM32 Embedded Target enables you to quickly deploy your application models in MATLAB and Simulink to STM32 MCUs.
STM32-MAT/TARGET allows running Simulink applications models for STM32 MCUs.
In a first step, run Simulink application models, using Processor In the Loop (PIL) configuration and USART communication link. Results are the Code generation report and the Code execution profiling report.
In a second step, STM32 Embedded Target provides a Simulink blockset library, containing STM32 peripherals, to manage peripherals data. The generated code can be built and downloaded on the target.
Key Features
Simulink applications configuration for STM32 microcontrollers.
STM32 configuration is done with STM32CubeMX
Automatic "C" code generation for STM32 is based on STM32Cube HAL libraries.
Processor In the Loop (PIL) with USART RTioStream
Reporting:
Code generation
Code execution profiling
STM32 peripherals Simulink library models
课程介绍
MATLAB与STM32联合的嵌入式开发方法。
联合STM32CUBEMX MDK SIMULINK的基于模型设计,能够快速搭建STM32应用模型,通过本课程的学习,能够快速搭建基于WINDOWS的开发环境,本课程提供相应必要的安装包,及配套的课件。
由于基于STM32-MAT/TARGET工具箱,涉及STM32CUBEMX的使用,本课程特地赠送STM32CUBEMX的学习教程。
本课程中使用的目标芯片是STM32F407IGT6,只要掌握一种芯片的使用,将对STM32整个系列的芯片一网打尽。可以尽情的享受开发的乐趣。后期将推出更多MATLAB基于模型设计在电力电子中的应用。
The STM32 Embedded Target enables you to quickly deploy your application models in MATLAB and Simulink to STM32 MCUs.
STM32-MAT/TARGET allows running Simulink applications models for STM32 MCUs.
In a first step, run Simulink application models, using Processor In the Loop (PIL) configuration and USART communication link. Results are the Code generation report and the Code execution profiling report.
In a second step, STM32 Embedded Target provides a Simulink blockset library, containing STM32 peripherals, to manage peripherals data. The generated code can be built and downloaded on the target.
Key Features
Simulink applications configuration for STM32 microcontrollers.
STM32 configuration is done with STM32CubeMX
Automatic "C" code generation for STM32 is based on STM32Cube HAL libraries.
Processor In the Loop (PIL) with USART RTioStream
Reporting:
Code generation
Code execution profiling
STM32 peripherals Simulink library models