・STM32 ADC Complete Guidance: Polling, Interrupt, and DMA Modes.[17:55]
・Creating A Cool Balancing Robot Using Stm32 And LQR Control![3:35]
・P2 STM32 USB Speaker: USB Audio Library[28:29]
・P1 STM32 USB Speaker: Audio DAC to produce sound using I2S[23:23]
・Use STM32 Flash Memory to store data Permanently[13:34]
・STM32 Programming: Read PWM Input signal for Radio controller[19:42]
・Fast Fourier Transform using the ARM CMSIS Library within the STM32 MCUs[7:33]
・STM32 ICM-20948 IMU Part 3: gyroscope and magnetometer bias removal[12:32]
・Kalman Filter: check how well it works[0:52]
・DIY Smart led Lamp from scratch: PCB design, soldering, assembling, 3D cad design[4:58]
・CMSIS Math library: linear algebra operations in STM32 MCUs[5:49]
・STM32 ICM-20948 IMU Part 2: magnetometer[16:32]
・STM32 Timer Encoder: motor velocity and position[8:47]
・STM32 motor control: PID theory and implementation[10:52]
・PID Tuning: intuitive understanding of PID gains[14:32]
・1 - GPIO introduction[6:00]
・2 - STM32CubeIde installation[2:09]
・3 - STM32 GPIO HAL programming[10:40]
・4 - C programming, binary and hexadecimal numbers[8:17]
・5 - Stdint library: uint8_t, int8_t, uint16_t, int16_t, uint32_t, int32_t, ...[3:16]
・6 - Bitwise operations in C: And, Or, One's complement, XOR, Left shift, and Right shift[8:09]
・7 - STM32, Registers introduction[5:01]
・8 - Embedded C: Setting and resetting the register bits[6:58]
・9 - STM32, GPIO programming using CMSIS library, bare metal[18:21]
・10 - STM32 Interrupts introduction[4:45]
・11 - STM32, HAL API external interrupts[11:40]
・12 - STM32, Bare metal CMSIS External Interrupts[17:09]
・STM32 Audio Recorder 1: STM32 I2S DMA || SPH0645LM4H MIC[12:05]
・STM32 Audio Recorder 2: SD Card || SDIO and FatFs stack[11:16]
・STM32 Audio Recorder 3: streaming MIC audio to SD Card in real time|| I2S DMA || SDIO FATFs[17:29]
・STM32 DSP CMSIS: Real-Time FFT| Python script to plot spectrogram in real-time[9:42]
・Kalman Filter 1/4: Gaussian Distribution and one-dimensional Kalman Filter[28:59]
・Kalman Filter 2/4: State-Space representation[13:40]
・Kalman Filter 3/4: Multivariate Gaussian distribution[9:57]
・Kalman Filter 4/4: Linear Kalman Filter[12:12]
・STM32 Programming: I2C communication protocol.[10:47]
・This makes your life so easy: printf using SWV STM32CubeIde[5:13]
・PART I: STM32 HAL I2C and MPU6050 IMU[13:49]
・PART II: STM32 HAL I2C and MPU6050 IMU[11:52]
・STM32 SPI: MPU9250 IMU detailed guidance[12:21]
・STM32 ICM-20948 IMU Part 1: accelerometer and gyroscope | Do not use MPU6050 and MPU9250![12:05]
・STM32 LED Strip (WS2812b) control 1: Theory and implementation[11:12]
・STM32 LED strip (WS2812b) control 2: adjusting RGB colors using potentiometers[4:24]
・1 - STM32 HAL: Essentials of GPIO in 3 MINUTES[2:59]
・It takes 2 mins to generate PWM signal in STM32[2:22]
・STM32 HAL: Configure UART and send data to the computer.[3:17]
・STM32 HAL: Timer Update Interrupt[2:55]
・STM32 ADC easy implementation[3:38]
・STM32CubeIde: plotting data using SWV.[3:27]
・Super efficient Moving Average Filter: detailed explanation and implementation in STM32[9:27]
・Filter Design in MATLAB and STM32 real-time implementation[6:58]
・STM32 DSP CMSIS library: FIR filter in one line (2022 new method)[10:16]
・STM32 || Configure Timer || Timer Prescaler, Counter period, Counter mode[7:13]
・Intuitive understanding of DMA (Direct Mermory Access) | DMA explained[5:53]
・Euler angles and Rotation matrices are explained[5:09]
・Accelerometer and Euler angles: roll and pitch[4:18]
・Compute Euler angles Using the IMU sensor[3:00]
・C programming: Hello world[4:51]
・C programming: commenting[3:02]
・C programming: printf function[1:18]
・C programming: Introduction to data types[3:27]
・C programming: Introduction to data types 2[1:15]
・C programming: Conversion characters[2:34]
・C programming: Value range trap[3:24]
・C programming: Char data type[3:29]
・C programming: Float, double data types[2:30]
・C programming: Typecasting (converting data types)[5:18]
・C programming: Introduction to functions[5:37]
・C programming: Local and global variables[2:24]
>

INFO:
STM32 course for beginners. Learn in breadth and depth programming STM32 microcontrollers from scratch using HAL API as well as directly working with the reference manual and datasheets. Study GPIO, Interrupts, Timers, PWM, and ADC peripherals in the STM32 microcontrollers. Course Link:
Steppe School