Embedded RTOS: Hands on using an STM32 ARM Cortex-M4 (updated 2/2021)

What you'll learn

RTOS

Threads & Thread Management

r Management

Semaphores & Signals

CMSIS RTOS Programming

Requirements

An understanding of the C programming language is beneficial

Description

It is based on the CMSIS RTOS implementation of RTX5 in the STM32F29 Discovery 1 Development kit.

In this course, we will cover several subjects including the definition of embedded real- systems and the basic theory of operation of RTOSs in general.

You will learn:

What is an RTOS

How the CMSIS RTOS API works

Thread Management & Pre-emption

Memory Pools

Semaphores

rs & Thread Management

Signals (Flags)

This course will go in-depth, first examining the concepts of Real- Operating Systems from a theoretical point of view and then diving into practice, exploring how code is written in the Keil uVision environment and looking at the intricacies of such code.

This type of in-depth analysis will provide you with a rigid foundation upon which you can build a solid understanding of the Real- Operating Systems. This rigid foundation, in turn, will ensure that you deeply understand how the hardware operates in the background you will be less likely to make mistakes when programming.

A lot of additional support material is provided as part of the course, including all of the code that you see written on the screen and the slides presented.

Throughout the course, extensive use of slides and graphics is being utilised to aid the understanding and memorability of complex concepts. All lessons come complete with coding exercises to help you practice the new concepts that are being discussed during the course and ensure that you have a thorough and practical understanding.

With this course, you get access to our exclusive course forum where you can directly ask the instructor any questions you like and collaborate with other students!

Who this course is for:

Bners of embedded programming




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