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Build Your Own RealTime OS (RTOS) From Ground Up on ARM 1 is the name of a training course from the Udemy site that teaches you how to create a Real-Time operating system with a variety of theory topics and exercises. This course begins with the introduction of the features of a Real-Time kernel on ARM processors and shows you the coding path. This course is very useful for embedded system engineers and computer engineers and provides them with useful information.
In this course, you will learn all aspects of the Real-Time operating system, its various components, how it works, and finally how to build it, and learn how to work with scheduling algorithms and interdisciplinary communication tools. By watching this course, you will be able to create your own operating system, create an alternating turnaround schedule, calculate the CPU consumption of the operating system, and create an OS Kernel.
Build a Real-Time operating system from scratch
Build a participatory schedule
Establish alternating rotation schedules
Build a board backup package
Calculate CPU consumption
Write assembly code
Familiar with Cortex-M architecture
English language
Duration: 13 hours and 45 minutes
Number of courses: 158
Level of education: Intermediate
Instructor: Israel Gbati
File format: mp4
158 lectures 13:45:52
Introduction 5 lectures 05:29
Internals of A Real-Time Kernel on ARM Processors 12 lectures 01:17:35
Introduction to Real-time Operating Systems 2 lectures 03:30
Software Flows 3 lectures 05:22
The Stack 2 lectures 08:23
Overview of Cortex-M OS Support Features 13 lectures 59:52
BOOT Sequence 2 lectures 06:22
Introduction to Threads 2 lectures 05:44
Thread Control Block (TCB) 2 lectures 06:34
The Scheduler and Scheduling Algorithms 14 lectures 51:15
Context Switching 1 lecture 03:14
The Kernel 1 lecture 00:46
RTOS Scheduler version 1 : Using SysTick Exceptions only 11 lectures 59:18
The Cooperative/Non-Preemptive Scheduler 2 lectures 11:26
OS Porting Considerations 2 lectures 02:08
Board Support Package (STM32F4) 11 lectures 01:02:24
Board Support Package (TM4C123) 1 lecture 10:43
The Periodic Scheduler 3 lectures 27:19
Semaphores 8 lectures 31:41
Inter-Thread Communication and Synchronization 3 lectures 09:30
Overview of CMSIS-RTOS RTX 6 lectures 42:35
Overview of FreeRTOS 7 lectures 22:03
Overview of Micrium uC/OS-III 8 lectures 01:10:02
BONUS 1 : ARM Cortex-M Assembly Primer 12 lectures 01:24:56
BONUS 2 : ARM Cortex-M Bare-Metal Embedded-C Primer 14 lectures 01:30:53
Setting up Development Environment and Toolchains 10 lectures 01:06:30
Closing 1 lecture 00:17
Having basic C programming skills is a plus
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Subtitle: None
Quality: 720p
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