EMBEDDED SYSTEMS

Classification of operators

Arithmetic operators

Relational operators

Logical operators

Assignment operators

Increment/Decrement operators

Bitwise operators

Conditional operator

Other operators

Flow Control Instructions:

Decision Control Instructions

If, if-else, if-else-if, nested if-else Loop control instructions

For loop, while loop, do while, use of break and continue Selection instructions

Switch

Functions

Arrays

Pointers

Strings

Structures and Unions

Storage classes and scoping

Files

Other Features

Preprocessor

OBJECT ORIENTED PROGRAMMING C++

Introduction to C++

Introduction to Object Oriented Programming

Procedure Oriented Vs Object Oriented

Difference between C and C++

C++ Output/ Input

Keywords in C++

New Style of header files Specification

Comments in C++

Variables in C++

Classes and Object

a. Structures in C

b. Structure in C++

c. Access Specifier

d. Classes

e. Objects in C++

More on Classes and Objects

Dynamic Memory Management

Constructor and Destructor

Inheritance

Virtual Functions and Inheritance

Operator Overloading

Constructor- Destructor Invocation

Templates

Exception Handing

Working with input and output and files

Basic understanding of standard template library

the string of C++

Miscellaneous concept of C++

8051 MICRO CONTROLLER

Introduction to Embedded systems

What is Embedded System?

Types of Embedded System

Classifications of Embedded Systems

Characteristics of an Embedded System

Applications of embedded system

8051 (8-bit) microcontroller Architecture & Programming

Block diagram and Pin description

Ports

Timers

Serial communication

Interrupts

Lab Sessions:

Session 1: Software Introduction (Keil Micro vision), Projection Creation

Session 2: Port programming

Session 3: Timer programming

Session 4: Serial Communication

Session 5: Interrupts

Session 6: Practice

89S52 Interfacing with

Session 1: PCB Express Tool

Session 2: Seven segment display

Session 3: LED's

Session 4: LCD (16*2)

Session 5: Keypad (4*4)

Session 6: LCD & Keypad

Session 7: Keypad & Serial

Session 8: ADC (0809)

Session 9: DC Motor

Session 10: Stepper Motor

Session 11: Relay

89S52 Interfacing with Modules

Different Types of Modules, Features of Different Modules, and Uses of Different modules interface

Session 1.RFID

Session 2.GSM

Session 3.GPS

Session 4: Zigbee Session

5: Finger print

Session 6: Voice Module

Practical Projects

RFID and Keypad based ATM security.

GSM based electrical Device Control.

GPS Data Logger

Zigbee based wireless data communication system.

GSM & GPS based Vehicle Tracking

RFID based time and Attendance

ARM7 MICRO CONTROLLER

ARM (32-bit) Processor Architecture & Programming

Introduction to ARM7

Introduction to ARM family

LPC2148 features

Block diagram and pin description

Register set

Ports

Timers

Serial communication

Interrupts

Lab Sessions

Session 1: Software Introduction (Keil Micro vision)

Session 2: Port programming

Session 3: Timer programming

Session 4: Serial Communication

Session 5: Interrupts

Session 6: Practice

LPC2148 interfacing with Modules

Session 1: Seven segment display

Session 2: LED's

Session 3: LCD (16*2)

Session 4: Keypad (4*4)

Session 5: LCD & Keypad

Session 6: Keypad& Serial

Session 7: ADC (0809)

Session 8: DC Motor

Session 9: Stepper Motor

Session 10: Relay

LPC2148: Interfacing with Modules

Different Types of Modules, Features of Different Modules, and Uses of Different Modules interface

Session 1.RFID

Session 2.GSM

Session 3.GPS

Session 4: ZIGBEE

Session 5: Finger print Session

6: Voice Module

LINUX OPERATING SYSTEM

Operating Systems

Learning of operating system concepts will help you in understanding Desktop, Embedded & Real-time Operating Systems easily in less time.

Introduction

Processes

Threads

CPU Scheduling

Process Synchronization

Deadlocks

Memory management

Virtual Memory

File management & Disk management

Linux Basic Commands Linux System programming

Program, Process, Process IDs,

Processes Priorities, Process States, CPU Scheduling

Process Management API ? fork, vfork, exec, wait and exit.

Zombie and Orphan Process

Pthread Programming and Thread Attributes

Process Synchronization Techniques

Semaphores, Mutex, Spinlock, Memory Barriers

Inter Process Communication Techniques

Pipe, FIFO, Signals, Shared Memory

Timer API ? Jiffies, kernel Timers, wait queues, sleeps

Interrupt and Exception API ? Task lets, Work queues

Kernel Debugging ? kgdb, printk, jprobs, kprobs

Linux Device Drivers Programming

Introduction to Device Drivers

Device Number, Major and Minor Numbers

Inbuilt and Modular Drivers

User Space and Kernel Space Communication.

dev directory and device files

Character, Block and Network Driver.

Advanced Driver API ? fcntl,ioctl

Unified Device Model (udev)

Proc File System, sys file system.

usbfs file system.

Character Device Driver Programming

Block Device Driver Programming

Serial Port Driver Programming

Parallel Port Driver Programming

USB Device Driver Programming

Network (Ethernet) Driver Programming

Flash Drive Driver Programming

Linux Network Programming

Networking Architecture in Linux.

TCP/IP defector model and layer in kernel.

Client ? Server Programming API.

TCP, UDP, RAW, UNIX, FTP, TFTP

VOIP Protocol Programming.

Arithmetic Server, Concurrent Server.

Broadcast Server Programming

Wireless Architecture and Programming

Real -Time Operating System (RTLinux) Programming

Real Time Concept, RTLinux Installation.

Scheduling and Preemption Programming.

GPOS and RTOS API Programming.

FIFO and Round Robin Scheduling Programming

Task Management, synchronization, Intertask Communication

Timers, Interrupt API in RTOs.

Signals, Events handling API in RTOs.

Priority Inversion/Inheritance.

ARM 9/ARM11? Linux Programming

ARM Architecture and ARM Processor family.

ARM Microcontroller ICs in Market.

ARM Development Boards and features.

Friendly ARM Development Boards.

Mini2440, Mini6410, Mini210 Development Boards.

Raspberry Pi Development Board.

Beagle Bone Development Board.

Boot loader Configuration and Compilation for ARM

Kernel Configuration and Compilation for ARM.

File System Configuration and Compilation for ARM.

Porting Linux / Android OS on Development Boards.

DNW Tools, USB Push, Hyper Terminal Tool.

QT CREATOR-OPENCV-ARM9/ARM11/ARM CORTEX A7

Installing QT Framework.

Installing Opencv and Pocket Sphinx.

Application Development Using QT Creator.

Sensors and modules Programming in QT Creator.

Wireless Protocol Programming in QT Creator.

Image and Video Processing Programming in Opencv.

Audio Processing Programming in Pocket Sphinx.

Interfacing Opencv with QT Creator.

Interfacing Pocket Sphinx with QT Creator.

Creating HTML and HTTP pages for ARM Board.