What you'll learn

Strong understanding of RTOS concepts
Design concepts needed to build an embedded system using RTOS
Use cases for tasks, semaphores, mutexes, queues, event flags and timers
Applying taught concepts using one of the famous commercial open source RTOSes
Better insights of RTOS internal implementation and design

Requirements

Good C programming
Familiarity with embedded systems

Description

I am proudly inviting you to my world-class proven "Introduction to RTOS, A Practical Approach".

Training Prerequisites:

Good C programming
Familiarity with embedded systems

Training Objectives:

Strong understanding of RTOS concepts
Use cases for tasks, semaphores, queues, event flags and timers
Better insights of RTOS internal design and implementation
Design concepts needed to build an embedded system using RTOS
Applying taught concepts using one of the famous commercial open source RTOSes

Training Outline:

Introduction
Main Function
Lab 0: The Development Environment
Multitasking
Lab 1: Hello Multitasking
Inter-task Event Synchronization
Lab 2: Bottom Halves and Top Halves Wait-Signal Synchronization
Inter-task Access Synchronization
Lab 3: Mutexes Battle Priority Inversion
Inter-task Communication
Lab 4: Shoot and Forget Communication
Lab 5: One-way interlocked communication
Memory Pools
Software Timers
Lab 6: Characterizing Performance using Software Timers

Training Handouts:

Training videos on Udemy website
Lab projects

Training Tools:

CodeBlocks 16.01 with MingW under MS Windows
PC/Laptop with MS Windows and free 1 GB space on C drive
Please, install above compiler on your machine before course start

Who is the target audience?

Embedded system developers
Embedded system designers
Embedded system architects