Your First Steps in Embedded System Programming

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1. Introduction

1. Overview.mp4

00:23

2. Embedded Systems Definition.mp4

02:34

3. Embedded Devices Fields.mp4

01:19

4. Microcontroller Hardware Architecture.mp4

08:09

5. Microcontroller Software Architecture.mp4

09:11

6. Microprocessor Unit Hardware Architecture.mp4

04:31

7. Microprocessor Unit Software Architecture.mp4

05:32

2. Embedded Device Architecture (MCU as an Example)

1. Overview.mp4

00:46

2. LPC176X Block Diagram.mp4

08:51

3. Micro-Processor (CPU) System Level Overview.mp4

03:33

4. CPU Block Diagram.mp4

05:38

5. Bus Interconnection.mp4

03:00

6. Bus Interconnection Example.mp4

04:18

7. Different Memories types.mp4

06:00

8. Peripherals.mp4

04:26

3. Peripherals Overview

1. Overview.mp4

00:16

2. DMA (Direct Memory Access).mp4

02:42

3. UART Pinout.mp4

02:37

4. UART Features.mp4

01:14

5. SPI Pinout.mp4

01:45

6. SPI Features.mp4

01:31

7. I2C Pinout.mp4

02:18

8. I2C Features.mp4

01:06

9. Timer.mp4

03:50

4. Interrupt

1. Overview.mp4

00:24

2. Definition.mp4

01:26

3. Difference Between Interrupt and Exception.mp4

02:20

4. Interrupt Execution Model.mp4

04:57

5. Interrupt Vector Table.mp4

02:58

6. Interrupt Latency.mp4

03:40

5. Low Power Modes

1. Overview.mp4

00:20

2. Low Power Modes Purposes.mp4

01:37

3. Low Power Modes on ARM Cortex-M3.mp4

01:46

4. Entrance to Low Power Modes (Cortex-M3 Example).mp4

01:30

5. Exit of Low Power Modes (Cortex-M3 Example).mp4

02:24

6. Setup Environment

1. Install Make Build Tool Package.mp4

03:35

2. Install Cygwin64 Tools Package.mp4

03:07

3. Install Armgcc Toolchain Package.mp4

03:08

4. Setup Windows Environment Variables.mp4

01:55

5. Install Keil-MDK IDE Package.mp4

03:22

6. STM32 NUCLEO-L432KC Board.mp4

01:04

7. Embedded System Examples and Prove of Concepts

1. Embedded C Project Template Overview.mp4

05:02

2. Loading Binary Example into SM32L4 MCU.mp4

09:25

3. Booting Your Microcontroller Prove of Concept.mp4

03:17

4. ARM Cortex-M4 General Purpose Registers.mp4

03:46

5. ARM Cortex-M4 Special Registers.mp4

07:18

6. Interrupt and Exception Handling on ARM Cortex-M4.mp4

19:34

7. ARM Cortex-M4 Systick Timer.mp4

08:17

8. SysTick Timer For Time Measurement Example.mp4

05:45

8. Conclusion

1. Overview.mp4

00:22

2. Different Companies in Embedded Sector.mp4

01:48

3. ARM Dominance of Embedded Systems.mp4

02:07

4.1 projects.zip

4.2 stm32l432kc.pdf

4.3 STM32L476VGT6 Reference manual.pdf

4.4 tools packages installation.txt

4.5 um1956-stm32-nucleo32-boards-mb1180-stmicroelectronics.pdf

4. ARM Portfolio.mp4

02:02

Description

Embedded Systems, Debugging STM32L4 Microcontroller

What You'll Learn?

First exposure to embedded systems concepts and terminologies
Getting the basic of embedded systems in term of definition and architecture
Building good understanding of some key words in embedded systems which will help Students in their courses as well as Person preparing for first job interview
You will learn about Interrupt and Interrupt Latency Concept
You will learn about CPU as main computing unit within Embedded device
You will learn some basic features of some Peripherals like SPI, UART, I2C, DMA ...
You will be able to Build your makefile project to run multiple examples
You will learn how to use Keil-mdk to load your program into STM32L4 Microcontroller
You will learn how to Debug your program, Dump Memory area, Explore Cortex-M4 registers

Who is this for?

Embedded Systems Students

Persons looking to get to know embedded systems and having there first steps in this field

What You Need to Know?

Some very basic knowledge and interest on embedded system

STM32L4 Microcontroller

Windows Machine

More details

Description
For what Embedded devices are needed?
In our days, we are more and more aiming to deploy and use edge processing computing devices ,where the usage of normal big workstation PCs or laptops to provide specific functionalities will be bottle neck due to:

Big occupied space by standard workstation PCs
Many use cases requires low power consumption
Ability to work and survive on small battery as source of power
Portability and ability to be swapped easily
Capable to communicate with different low power based protocol like BLE (Bluetooth Low Energy), Lora protocol
Such requirements and use cases cannot be satisfied by standard PCs/Laptops ..., therefore the need for small hardware or devices capable of running small program and can survive in low energy based sources start to be must to have in all fields like Automotive, Aerospace, IOT, Smart House, Medical devices, ... .

Different Types of Embedded devices
We are talking here mostly about MCU and MPU based devices.
MCU or Microcontroller Unit are low energy based devices where the deployed micro-processors there run on low frequency with low energy consumption. MCU can be found all over the places like in washing machines, Smart TV, Modems, Smart Phone, Note book, Card Payment, Credit Card, Smart Watch, Motor Control Devices ...
MPU or Micro-Processor Unit are high performance embedded devices using full featured processors capable of running on higher frequency to allow the deployment of general purpose Operating System like Embedded Linux , QNX ...

What to expect from this Course
We will try first to focus on the theoretical part , to get better understanding of the embedded devices architectures weather it is and MCU or MPU based design. We will try to:
Get an overview about different Blocks and Hardware logic used with CPU (Central Processing Unit) used to execute your program instructions.
Get to known some of the well known Peripherals and IPs used within an MCU Device, and some of the features supported by those Peripherals
You will Learn some Basic concepts like Interrupt, Interrupt Latency, Low Power modes and many other fundamentals Blocks used within an MCU as well as MPU
You will get as part of this course a functional makefile project with set of examples, where you can easily build each example separately , load the program via Keil-mdk ide, debug your program
You will learn how to step through your code using keil-mdk ide from ARM, Dump memory space
You will get to know STM32L4 MicrocontrollerÂ and use it for development
Examples are used as prove of concepts of different concepts we have learn along different course sessions
As part of those course you will get:
Makefile project that can be used as starting point for your own project development
Set of examples used as prove of concepts of some microcontroller fundamentals
All Board documentation (STm32L432kc Nucleo Board)Â and example of reference manual to get the memory map (flash address, sram address) of this MCU
Installation links of different tools and packages required to build your makefile project and debug your example program
So please checkout the last session of this course to get the full packages.

Welcome to this Course and let's start to build-up our Embedded Systems Knowledge!
Who this course is for:
Embedded Systems Students
Persons looking to get to know embedded systems and having there first steps in this field

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