搜索资源列表
Micrium-ST-uCOS-II-LCD-STM32.r
- ucos-II在STM32上的移植源码，想学习嵌入式实时操作系统的可以看看,ucos-II in the transplant STM32 source, I would like to learn from real-time embedded operating system can look at
ADCPUSART
- STM32学习源代码，ADC的应用，十分值的学习的！-STM32 to learn the source code, ADC applications, is the value of learning!
IAR
- IAR环境应用PDF，有助于入门的学习。 愿意和大家共享。-IAR environmental applications PDF, contribute to the study entry. U.S. willing to share.
STM32F10x_DSP_Lib_V1.0.1
- stm dsp的源文件 和例程 ，做一些简单的dsp开发和学习-stm dsp source files and routines, do some simple dsp development and learning
GPIO
- STM32的通用I/O介绍小程序，是STM32的入门学习程序。-STM32 Universal I/O introduced applet is STM32 entry-learning process.
base_kernel
- stm32学习资料,是学习嵌入式的好助手-STM32 STUDY (C- C++) IS NEEDED, GOOD JOB GOOD HALLPY
18.1---uCOS
- ucos-ii在STM32上的移植例程,方便新手学习，点亮LED，不断闪烁。-ucos-ii the STM32 transplant routines, to facilitate novice learning lit LED flashing.
STM32_LED
- STM32 流水灯IAR 编译环境 新手学习实验程序-STM32 light water IAR compiler environment for novices to learn experimental procedures
STM32-based-general-purpose-timer
- 学习PWM必备，STM32定时器彻底研究-based general-purpose timer-STM32-based general-purpose timer
ucosSTM32
- Ucos_II是一份非常完美的嵌入式开发系统，在学习ARM的基础上，嵌入ucos系统并增加自己的源码是一件不错的选择，先说明怎么移植到STM32。-Ucos_II is a perfect embedded development system, the study on the basis of ARM embedded ucos systems and increase their source is a good choice, first explain how transplanted
STM32F10x_StdPeriph_Lib_V3.5.0
- 基于STM32， 实现正玄波的发生，实现ADC的采样，LED闪烁等基本功能，基于stm32 f103 调试通过，新手学习参考，基于st的标准库开发-based on stm32
ARM
- 是stm32的应用，可以入手查看，适合入门级的新手学习使用-Is stm32 application, you can start to see, suitable for entry-level novice learning to use
ucosiii+emwin(智能农田系统)
- 基于STM32开发的智能农田系统，采用ucosiii平台开发的，对于学习ucosiii移植的人有很大的帮组。(STM32 based development of intelligent farmland system, using ucosiii platform development, for learning ucosiii transplant people have a great help group.)
3pi(1)
- 本设计以MCU为控制核心,使用迷宫算法与机器自主学习的思想核心和电机PID调速为运动核心的一款智能迷宫小车，通过对传感器的加权平均处理进行高精度数据采集，将连续性变量转换成离散随机变量。首先根据左手运算进行迷宫整体搜索，然后进行数组记忆和最优路径运算，第二次进入赛道5秒逃出迷宫。(This design takes the MCU as the control core, uses the maze algorithm and the machine independent learning c