Master In Embedded System

MES course will make you a Total Embedded System Expert.This program is specifically designed for BE, MCA, MSc, Bsc, BCA & Diploma holder's candidates. This program stresses on key requirements focused on industry comment. This is a inclusive program covering the main Embedded platforms in addition to Linux Internals in this course.This program will include the unique & highly specified actual time methodology & a committed placement service. Modules Included Module One SpecificationBasics Overview of Embedded System meaning & categorization of Embedded Systems Requirements for Embedded System & Application. Present & Prospect of Embedded System Present Technology in Embedded System mainframe & Memory Organizations Structure unit of Processor Memory Devices Processor & Memory selection Mapping of Memory & allocations Memory blocks for several types of data structures Memory interface Processor & I or O devices Programming of TSR What is TSR? Programs of Resident DOS Memory use & TSRs TSR for trapping keyboard interrupt Remove a TSR Data Communication PCI Communication of Serial Port - Rs232, Rs485, USB and I2C Communication of Parallel Port - LPT1 RF based wireless protocol Module Two SpecificationMicrocontroller and Embedded C Micro controller Introduce Micro Controller Micro-processors V/s Micro Controller Reading of Intel 8031/51 Architecture & Instruction Sets Memory. Register Addressing of Mode Flow Control Timer Operations of Serial Port Interruptions Embedded - C Introduce Embedded C Basics of Kiel C51 Compiler Configurations of 8051 Memory Program Structuring and Layout Modular Programming in C51 Interruptions Reentrancy and functions of Library Pointers in C51 Arrays and Pointer To access External Memory Mapped C-51 Library function Communication of LCD Communication of Keypad Actual - Time Lab experiment Module Four SpecificationTools & Project Development Tool in Embedded System Assemblers Cross Compilers Simulators Emulators Embedded System Development process 1- Programmers 2- Trainee kits 3- Emulator and Development kits Life Cycle in Embedded Project Design and Development Project - management Functional Analysis & Specification Algorithm Developments Process in Hardware Design Software Design Linkage Hardware & Software Verification & Designing for test Test & Debug of Software & Hard-ware Implementation Module four SpecificationRTOS RTOS & Vx-Work Introduce Real Time Systems Define RTOS Requirment for RTOS RTOS specifications Vx-Work Preface Vx-Works Target Simulators Facilities of VxWorks: A Preface Multi-tasking & ITC a preface I and O System Local File System Virtual Memory It Includes VxVMI Option Shared Memory Objects VxMP Option Board Support Packages BSPs To create Bootable Application Basics of OS Tasking Multi-taskig Task State transitions Scheduling of Wind Task Round Robin Pre-emptive Controlling of Tasks Creation of Tasks & Activation Task in sequence Task removal and Security Resume & Re-start & Suspend & delay tasks Task Extn Handling of Task Exceptions Shared Code Re-entrancy Multiple Tasking with Same Routines Internal Task Communications collective Data Structures Mutual Exclusion Pipes Sema-phores Messages Signal Interruption in Service Code Interruption in Service Code Interruption Routines Connect Application Code for interruption Interruption Stacks Exclusive limits of ISRs Exceptions on Interruption Level Reserve High Interrupt Level supplementary Restriction for ISRs at High Interruption Levels Interrupt-to-assignment Communications Watchdog Timers Fundamental I/O File, Device, & Drivers File Names & the Default Devices Fundamental I and O Routines File Descriptor Standard Input or output & Standard Error Global Re-direction Task Specification Re-direction Selecting facilities for I or O devices Other Formatted I or O Message Log Asynchronous I and O Internal Structure of I and O System Cache and Coherency Block Device Collective Objects shared Memory object Name Data Base Shared Semaphore Shared Message Lines Shared Memory allotment Partition of Shared Memory System Module Five SpecificationBlue-tooth Frequent Bands & Arrangement of Channels Features of Physical Packet Channel Control Other Base-band features Connection between Bluetooth Devices LM channel establishment L2CAP channel establishment Base-band Packets HCI Functional Entity HCI Events and Error Codes and Flow Control Bluetooth-defined Host Controller Transport Layers L2CAP Functional necessities L2CAP General Operation Signal RFCOMM Overview/Service SDP Protocol Set-up Service Discovery Background information Module Six SpecificationProgrammingLinux Kernel Module Introduce Device Drivers Device Driver Architecture within Linux How it works Linux Kernels Compile & load module and export symbols Work with character devices Transferring data between user & kernel space Management of Memory Trace & debug kgdb, Module Debug How Lab Works