TRAINING

ADVANCED DIPLOMA IN EMBEDDED SYSTEMS

DURATION – 120 DAYS

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Introduction

  • What is a program?, What is a programming language?, Evolution of C language, Features of C, Structure of a C program, Compilation and execution?
  • Keywords in C, constants, variables, data types, Comments in C, Format strings, escape sequences, Basic I/O instructions

Introduction

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++

  1. Introduction to Object Oriented Programming
  2. Procedure Oriented Vs Object Oriented
  3. Difference between C and C++
  4. C++ Output/ Input
  5. Keywords in C++
  6. New Style of header files Specificationli>
  7. Comments in C++
  8. Variables in C++

    Classes and Object

  1. Structures in C
  2. Structure in C++
  3. Access Specifierli>
  4. Classes
  5. Objects in C+
  • More on Classes and Objects
  • Dynamic Memory Management
  • Constructor and Destructor
  • Inheritance
  • Storage classes and scoping
  • 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

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
Session10: 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.