Course Description
Latest Change : English subtitles are added for all the videos .
More than 400+ students have already taken this course with More than 30+ happy reviews .
Have you ever tried to learn about ARM Cortex M3/M4 Processor by
reading a book or technical manuals and found stuck ? . Have you ended
up seeing bits and pieces all over the map but could not able tie it all
together to have a big picture ?
This course is for Embedded Engineers/Students like you who want to learn and Program ARM Cortex M3/M4 based controllers by digging deep into its internals and programming aspects.
Don't worry if you are new to ARM based controller. In this course,
you'll see everything you needed to quickly get started with
Programming Cortex M3/M4 based controller. The lab session covers
various programming assignments which helps you to remember the concepts
better.
Listen !! Its not Mandatory to have a Hardware !
Many people ask me which hardware to buy, i would like to mention that
if
you buy new hardware for every new course then the problem never ends.
The biggest objective of this course to understand the core internal
details with register level programming and to share generic ideas to
handle interrupts and peripherals so that you can confident enough to
handle any development board based on any microcontroller.
You will get a full coverage of ARM Cortex M3/M4 processor with full hands on lab sessions. Once you complete the course, I assure
you that you will be confident to handle any microcontroller in terms
of writing firmware, Memory maps, handling interrupts,Nested Vector
interrupt controller(NVIC) , Writing IRQ handlers, handling system
exceptions and many more. I even walk you through reference manuals and datasheets to understand things better.
For the lab STM32F4xx based Discovery board is used. But the Course
is designed such a way that it can be applied to any Microcontroller
based on ARM Cortex M3/M4. So, need not to buy any special hardware for this course.
if you already have some other development board i would suggest you
keep using that. You can download the source code and play with your own
hardware.
Save time and have fun !
Watching lectures, Programming assignments and lots of
animations will save hours off your self-study time, and will give you
the confidence to look at embedded processors from a different
perspective. So, learn something new this year and boost your momentum
at work .
My promise !
I
am confident that this course will save you many, many hours of
studying/experimenting/googling time to learn about this processor. I
will personally answer your questions about this material, either
privately or in a group discussion. If you are in any way not
satisfied, for any reason, you can get a full refund from Udemy within
30 days. No questions asked. But I am confident you won't need to. I stand behind this course 100% and am committed to helping you .
Course Details
Aligned and Un-aligned data transfer
Bit-Banding
Bonus Lecture
Bus Protocols and Bus interfaces
CMSIS
Course Overview
Creating Your First KEIL Project
Debugging Project using KEIL µVison-4 IDE
Discovering The Discovery Board
Exception Activation and De-Activation
Exception Entry and Exit Sequence
Exception Vector Table
Installing KEIL-MDK-5
Installing Software Packs
Interrupt priority
Intro to stack memory
Intro to System Exceptions and Interrupts
Lab Assignment 1:Demonstrating Usage of CMSIS Core APIs
Lab assignment 10 :SVC Exception and Handler implementation
Lab assignment 11 : PendSV in offloading interrupt processing
Lab Assignment 2 : Switch between privileged and non-privileged access level
Lab assignment 4: Stack Operations Using Different Stack Pointers(MSP/PSP)
Lab assignment 5 : Exception Masking/Un-masking
Lab Assignment 6 : Getting Started with USB-Logic Analyzer
Lab Assignment 7 : Interrupt Priority and Pre-emption
Lab assignment 8: Programming and Configuring LED using Registers
Lab assignment 9 : Programming and Configuring External Interrupt (Buttons)-I
Lab assignment 9 : Programming and Configuring External Interrupt (Buttons)-II
Lab Assignments 3: Bit-Band Operations using C
Last few words and References
Memory System features and Memory Map
Motivation to learn Cortex Family of Processors
NVIC Registers
NVIC(Nested Vectored Interrupt Controller )
Pending Interrupt behavior
PendSV System Exception-I
PendSV System Exception-II (Understanding with animation)
Processor Reset Sequence
Programmer’s Model: Register Model
Programmer’s Model: Special Purpose Registers
Programmer's Model :Operational Modes and Access Levels
Quick Board Test With Blinky Application
Quiz-1
Quiz-1 Answer
Quiz-2 Answer
Quiz-3 Answer
Quiz-4 Answer
Section 1: Introduction
Section 10: System Exceptions and Interrupts-II
Section 11: Talk is Cheap, Show Me the Code : LAB SESSION-V
Section 12: Cortex M3/M4 OS Features
Section 13: Talk is Cheap, Show Me the Code : LAB SESSION-VI
Section 14: Thank you
Section 2: Inside The Cortex M3/M4 Processor: Architecture Details
Section 3: Talk is Cheap, Show me the Code: LAB SESSION-I
Section 4: Memory System Architecture
Section 5: Talk is Cheap, Show Me the Code : LAB SESSION-II
Section 6: Stacks
Section 7: Talk is Cheap, Show Me the Code : LAB SESSION-III
Section 8: System Exceptions and Interrupts-I
Section 9: Talk is Cheap, Show Me the Code : LAB SESSION-IV
Stack memory model
Stacking and un-stacking during Exception
Subroutine and stack
SVC System Exception
Switching between Privileged and Un-privileged Access Level
Understanding different Types of Clocks
Use of shadowed stack pointer
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