Learn FreeRTOS from scratch

Learn FreeRTOS from scratch, available at $34.99, has an average rating of 2.7, with 85 lectures, based on 81 reviews, and has 1706 subscribers.

You will learn about Understand RTOS Concepts in FreeRTOS context Working knowledge of FreeRTOS APIs Understand of FreeRTOS Environment and Coding Style Use Hardware Peripherals in FreeRTOS Application Development Apply for Job in Embedded Industry This course is ideal for individuals who are Any one interested in learning FreeRTOS or Fresh Graduates looking to join Embedded Industry or Engineering Students or Software Development Engineers or Embedded Engineers or IoT Developers It is particularly useful for Any one interested in learning FreeRTOS or Fresh Graduates looking to join Embedded Industry or Engineering Students or Software Development Engineers or Embedded Engineers or IoT Developers.

Enroll now: Learn FreeRTOS from scratch

Summary

Title: Learn FreeRTOS from scratch

Price: $34.99

Average Rating: 2.7

Number of Lectures: 85

Number of Published Lectures: 55

Number of Curriculum Items: 85

Number of Published Curriculum Objects: 55

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Understand RTOS Concepts in FreeRTOS context
Working knowledge of FreeRTOS APIs
Understand of FreeRTOS Environment and Coding Style
Use Hardware Peripherals in FreeRTOS Application Development
Apply for Job in Embedded Industry

Who Should Attend

Any one interested in learning FreeRTOS
Fresh Graduates looking to join Embedded Industry
Engineering Students
Software Development Engineers
Embedded Engineers
IoT Developers

Target Audiences

Any one interested in learning FreeRTOS
Fresh Graduates looking to join Embedded Industry
Engineering Students
Software Development Engineers
Embedded Engineers
IoT Developers

Welcome to this FREE course on FreeRTOS. This Course will help you getting started with FreeRTOS. It includes hands-on practice on STM32. All Software Tools used in this course are freely available. All you need is a STM32 Board!

This course will teach you the best way to work with FreeRTOS. Using STM32CubeMX design interface, we will generate basic code for our Application Project. Then we will use SW4STM32 IDE to write, compile and debug our application code. We will also learn how to visualize the trace output.

Why this Course?

The basic aim of this course was to remove the knowledge-and-practice gap between engineering universities and embedded industry by providing interested students with the opportunity to Learn about RTOS and practice it on some hardware, for FREE!

Course Curriculum explained

The first Section gives you an introduction to the course. Then we will get all required tools, software and hardware in section two and will create and run a Hello World Project to make sure we have everything we need setup.

Next four section, Section 3-6, introduces and explains to you different RTOS concepts in context of FreeRTOS. These section introduces different APIs provided by freeRTOS to implement those concepts. These section include a variety of application to work on those APIs explaining how to actually programming them, showing there output and verifying the result by visualizing the trace output.

Now that we you have a understanding of different APIs provided by freeRTOS, Its time to move forward and start interacting with hardware. For this purpose, following sections will be included shortly:

Section 7: Interfacing Hardware (INCLUDED!!!)
Section 8: Serial Communication (coming soon)
Section 9: I2C Communication (coming soon)
Section 10: SPI Communication (coming soon)
Section 11: Using Watchdog timer (coming soon)

Now, we have a good knowledge of RTOS concepts in context of FreeRTOS and writing application for freeRTOS. It time for us to look at “freeRTOS” itself. Following Section will be included to familiarize ourselves with freeRTOS

Section 12: Writing Code, the “freeRTOS” Style (coming soon)
Section 13: freeRTOSConfig.h (coming soon)
Section 14: freeRTOS Scheduling (coming soon)

Now, that we have dealt with the basic stuff one-by-one, let rap this course up by creating a Final Project, that will include all that we have previously learned.�

Section 15: A Practical Problem: Elevator Management System�(coming soon)

About Course Content:

Most of the content i.e. Section 1,2, 7-15, of this course is written and produced by me for this course. However, Some of the concepts in Sections 3-6 are taken from different sources specially the from book “Using the FreeRTOS Real Time Kernel – A Practical Guide – Cortex-M3 Edition” by Richard Barry.

Hardware Requirements:

To follow along this course all you need is a STM32 Board! I am using STM32F103RbT6. You can use any STM32 board you want. When ever changes are required to be made, it’s mentioned explicitly, both in lecture videos and code also.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to the Course

Lecture 2: Introduction to FreeRTOS

Lecture 3: Why use Real-Time Kernel

Lecture 4: Introduction to Multi-Tasking in Small Embedded Systems

Lecture 5: Required Tools and Hardware

Lecture 6: Before you Start…

Chapter 2: Getting started with FreeRTOS

Lecture 1: Introduction

Lecture 2: Download all Required Software

Lecture 3: STM32 Board Firmware: Checking if up-to-date and Updating

Lecture 4: Adding you STM32 Board to STM32CubeMX

Lecture 5: Hello World: STM32CubeMX

Lecture 6: Hello World: SW4STM32

Lecture 7: Hello World: Running and Debugging

Lecture 8: Adding Tracealyzer to Project

Lecture 9: STM32 References documents

Chapter 3: Task Management

Lecture 1: Introduction to Task Management

Lecture 2: Creating Tasks

Lecture 3: Example 1 Creating Tasks

Lecture 4: Example 2 Using Task parameter

Lecture 5: Task Priorities

Lecture 6: Example 3 Experimenting with priorities

Lecture 7: Expanding the 'Non Running' State

Lecture 8: Example 4 Using the Blocked state to create a delay

Lecture 9: vTaskDelayUntil()

Lecture 10: Example 5 Converting the example tasks to use vTaskDelayUntil()

Lecture 11: Example 6 Combining blocking and non-blocking tasks

Lecture 12: The Idle Task and the Idle Task Hook

Lecture 13: Example 7 Defining a Idle task hook function

Lecture 14: Changing Priority of a Task

Lecture 15: Example 8 Changing Task Priorities

Lecture 16: Deleting Task

Lecture 17: Example 9 Deleting Tasks

Chapter 4: Queue Management

Lecture 1: Introduction to Queue Management

Lecture 2: Characteristics of a Queue

Lecture 3: Using a Queue

Lecture 4: Example 10 Blocking when receiving from a queue

Lecture 5: Example 11 Blocking when sending to a queue or sending structures on a queue

Lecture 6: Working with Large Data

Chapter 5: Interrupt Management

Lecture 1: Introduction to Interrupt Management

Lecture 2: Deferred Interrupt Procesing

Lecture 3: Writing FreeRTOS interrupt handler

Lecture 4: Example 12 Using a binary semaphore to synchronize a task with an interrupt

Lecture 5: Counting Semaphores

Lecture 6: Example 13 Using a counting semaphore to synchronize a task with an interrupt

Lecture 7: Using Queues within an Interrupt Service Routine

Lecture 8: Example 14 Sending and receiving on a queue from within an interrupt

Chapter 6: Resource Management

Lecture 1: Introduction to Resource Management

Lecture 2: Mutexes (and Binary Semaphores)

Lecture 3: Example 15 Rewriting vPrintString() to use a semaphore

Chapter 7: Interfacing Hardware Components

Lecture 1: Introduction

Lecture 2: GPIO on STM32

Lecture 3: Blinking OnBoard LED

Lecture 4: Taking Input from OnBorad Button

Lecture 5: The Button Trigger

Lecture 6: Using External GPIO pins

Instructors

Abdur Rehman Khalil
Electrical Engineer

Rating Distribution

1 stars: 15 votes
2 stars: 11 votes
3 stars: 15 votes
4 stars: 14 votes
5 stars: 26 votes

Frequently Asked Questions

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