Programming for Embedded Systems & Applications :

Objective:
>Complete Embedded Systems technoligies Will be learned.
>Working on C, C++, ARM, RTOS, Embedded Linux, Python,etc.
>Deep Understanding of Embedded Application Development.
Who can attend?
>Freshers seeking career in Embedded Systems.
>Working/experienced who want to explore Embedded Programming and Applications.

Embedded Systems Course Syllabus:
MODULE 1: C PROGRAMMING
CH1:Getting Started
CH2:I/O Programming
CH3:Operators And Classifications
CH4:Control Statements
CH5:Arrays
CH6:Functions
CH7:Recursion
CH8:Pointers
CH9:Structures & unions
CH10:Pre-Processor
CH11:Strings
CH12:File I/o
CH13:Bitwise Operators
CH14:Miscellaneous Features

MODULE 2: Data Structures
Design principles
Data Types
Abstract data types
Data structures
Linked Lists
Single linked lists
Double linked lists
Circular linked lists
Stacks and Queues

MODULE3: C++ Programming
Overview
Characteristics
Function Overloading
Scope Resolution Operator
Classes in C++
Access Specifies
Constructor, Destructor
Static members, Functions
Friend Classes, Friend Functions
Operator Overloading
Data Conversions
Inheritance, Polymorphism
Exception Handling

MODULE 4: LINUX SYSTEM & KERNEL PROGRAMMING
Shell Scripting

Shell Basics
Manipulating Variables
Loops and Branches
Command Substitution
Arithmetic Expansion
1.Introduction To Unix /Linux
Histoty
Linux Layered Architecture
Type of Kernels·
Bootup Sequence
2. File Management
File related System Calls
File Control Operations
File Locking
select()/poll()/fcntl() calls
3.Process Management
Process Control Block (PCB)
States Of Process
Mode of Execution
Context Switching
Scheduling & Priority
Process Creation & Exec
fork()/exec() calls·
4:Memory Management
Physical memory &Virtual Memory
Paging & Demand paging & Segmentation
memory Mapping & TLB
Swap in & Swap out
Internal &External Fragmentation
5. Interrupts And Interrupt Handlers
Interrupt Handlers
Top Halves and Bottom Halves
shared Handlers
Interrupt Context
Implementing Interrupt
Interrupt Control
softirqs
Tasklets
WorkQueues
Locking
signals vs interrupts
6. Interposes Communication(IPC)
Pipes
FIFO
Shared Memory
Message Queues
Semaphores

MODULE5: LINUX DEVICE DRIVER
1.Introduction To Device Driver

Role of the Device Drivers
Splitting the kernel
Classes of devices and modules
Kernel Architecture or Model
2.Introduction To Modules
Modules Defined
Types of Modules in the kernel
Writing Your first kernel module
Module Related Commands
Kernel Module vs Applications
User space vs Kernel space
Statically linked vs Dynamically linked
drivers/modules
Exporting symbols from modules
Concurrency in the kernel
Module Parameters
Version dependency
Kernel Module Programming
Lab exercises
3. Proc File System
The proc file system
Creating proc file system entries
Making read & write operations on proc entries
Lab exercises 
4. Character Device Driver
Registering a character device driver
File operations
The file structure
devfs / lseek /ioctl
operations
Programing with ioctl( ), mmap()
Lab exercises

MODULE6: ARM CONTROLLER
1.Introduction

Introduction to ARM
ARM Cores Overview
Embedded Software Development
2.Tool Setup
GNU Compiler, Cygwin, Makefile 
Startup file, Linker Script, keil
3.ARM Architecture
Introduction, Pipeline, 
Registers, Exception modes
General Purpose I/O’s, Bus Structure
Memory Map, MAM, Bootloader, ISP & IAP 
PLL ,VLSI Peripheral Bus Driver 
Power Control, Interrupt System
4.ARM Programming
GPIO Programming
I/O Direction Setting
PIN Function Control
5.Interrupts
Interrupt Structure
Vectored IRQ
Non-Vectored IRQ, Nested
6.Arm Programmers Model
Data Size and Instruction Size
Operating Modes
ARM Register Set
Program status
Exception handling
7.User Peripherals
General Purpose I/O
Timers/Counter
PWM Modulator
Real Time Clock
Watchdog, UART
I2C Interface, SPI Interface
Analog To Digital Converter
Digital To Analog Converter
8.System Peripherals 
Serial Communication, Interfacings
Timers & PWM,I2C,SPI
RTC, ADC& DAC, Watchdog Timer
10.Lab Sessions
GPIO interfacing
Interrupt programming
Timers and Counter programming
UART interface to PC
PWM Programming
RTC Programming
LCD interfacing
I2C & SPI interfacing

MODULE7: FreeRTOS on ARM7

MODULE8: PYTHON
Introduction to Python
Variables, keywords and Data types
Operators 
Control Statements
Lists
Tuple
Sets
Dictionary
Functions
Strings
Arrays
Modules and Packages
Exception Handling
File Handling
Object Oriented Programming
Multi-Threading
Regular Expressions
GUI Programming-tkinter

MODULE 9: IOT and Raspberry Pi
Introduction
IoT Architecture
Program Raspberry Pi board
IoT Wireless Protocols
IOT Protocol/Server
I/O interfacing with Raspberry Pi
IoT Cloud Platform

MODULE 10:PROJECT WORK:
Students can carry out Two projects with full support of hardware and software on
  1. ARM/RTOS/Protocols
  2. IOT/Cloud
  3. Python/Raspberry Pi
  4. Linux Device Drivers
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