PROGRAMS |
PRE
REQUISITES |
MODULE WISE DETAILS |
COURSE
DURATION |
Embedded Systems |
Any Degree or Diploma with
Basic Knowledge on any programming language |
Basics Of Embedded Systems |
1 Day |
12 Days |
C, C++ and UNIX |
3 Days |
Embedded Systems Designs and Advanced Concepts |
7 Days |
Projects , Real time Designs,
Case Studies and Mock Interviews |
1 Day |
REAL TIME EMBEDDED SYSTEM
EMBEDDED SYSTEM CONCEPTS
- Introduction to Embedded System :
Embedded Product Life Cycle, Design Issues, and Real Time examples: Process Control, Interrupts, Memory, Application of DSP in Embedded systems, Embedded Debugging - Emulators, Simulators, Debuggers, JTAG, ROM Monitor building Embedded Software.
EMBEDDED SYSTEM PROGRAMMING LANGUAGE
- Advanced C & Data structure:
C compilation process, C Data types, Operators , Arrays-single & multidimensional Arrays, Passing Arrays to function pointers, Structures - Processing a structure, Passing Structures to function, Self referential structures, Memory allocation in ‘C’, File handling . Data structures-Stack, Queue, Linked lists, Binary tree, Binary Search Tree.
Introduction to OOPS & C++ , C++ Classes & objects, friend classes, Constructors and Destructors, The C++ free store, Polymorphism Inheritance, ISO features, The IO-stream Library, Templates- Function templates, Class templates, Exception Handling, STL
EMBEDDED SYSTEM HARDWARE
- Networking & Device Communication Interface
Introduction to Networking & Topology, Network Protocols-TCPIP, IPV6, ARP, RARP, Application Protocols - FTP, SMTP, TFTP, HTTP, Embedded Protocols- CAN, I2C, SPI
- Computer Hardware Architecture
Introduction to Hardware Architecture, Input/Output Architecture, Principles of Computer Designs – RISC/CISC,
Von Neumann and Harvard Architectures, Emerging Bus Standards – PCI, USB
OPERATING SYSTEMS & RTOS
- Operating System Principles:
Process Management & (IPC & Synchronization), Memory Management, I/O subsystem, File System Organization,
Unix & OS Utilities, Editors – Vi, Introduction to Shell , Kernel, Buffer, Management System, File Management System , Process Management System, Scheduling Techniques, MMU , Inter Process Communication, Signals ,Pipes, (FIFOS), Sys V IPC, Socket Programming, Shell Programming, Make file, pthreads, Debugging using GDB tool
- RTOS Concepts & RTOS - Vxworks
OS Vs RTOS, Types of RTS, Kernel – Types, Components, Scheduling, Characteristics, Multitasking techniques, States, Deadlock, Priority Inversion, Inheritance, Ceiling. Overview of Tornado / VxWorks facilities, Boot & download object modules to VxWorks target, Use of Tornado tools to perform cross- development, Wind view to analyze a multitasking application, Control & communicate between, tasks executing under VxWorks, Use of timers for periodic code execution, VxWorks primitives to access resources exclusively to synchronize actions of different tasks, Reconfigure Vxworks, linking in user-defined code & targeting Motorola Embedded board, Board support package
Introduction to Device Drivers, Configuration & installing the Kernel, Loadable Modules -Compiling, Loading, Exporting, Character Device drivers – major & minor numbers, mknod, registering driver & driver methods, Tracing & Debugging, IOCTLs, Blocking & wait Queues, Memory Management, I/O ports & Interrupts, Time Management & Task Queues, Synchronization, Block & Network driver concepts, Case Study- Serial Port Driver.
EMBEDDED MICROCONTROLLER
Introduction - 8051 Architecture, Instruction Set, Interrupts, Timers, Serial Communication, Master – Slave Configuration, Assembly programming, Embedded C – Memory types, Functions & ISRs, Control directives, C mixed with Assembly, Embedded C programming,
Hardware Interfacing - Stepper Motor, ADC, LCD, DAC, Relay, 8255 , 8279 & Display Interface, 7 segment display, DC Motor. ARM7 Architecture & Organization. PIC micro controllers ,Memory mappings. |
