Ei Labz Advanced Diploma in Real Time Embedded Systems

8/6/2019 Ei Labz Advanced Diploma in Real Time Embedded Systems

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Advanced Real Time Embedded Systemsei labz offers wide range technology courses, enabling to

unleash the power recent developments in high end

technologies. Our training and mentoring empower career

aspirants with knowledge and proficiency required on job and

interviews. For developers it offers skill required shorten the

development timelines and reduce project risks.

Course Description

It is job placement oriented training program. In this course

you'll learn complete life cycle of an embedded project and all

the building blocks of embedded systems. Advanced

programming techniques, using dynamic data structures and

algorithms. Finite state machines and state charts and their

uses are covered in depth. You'll also learn techniques specific

to embedded systems, such as structured interrupt handling,

implementation of simple schedulers, and how to work with

embedded operating systems. You'll learn the standard inter-

process communication mechanisms and their uses. In addition

the course overviews various advanced algorithms and

discusses research oriented approaches for learning more

about these algorithms and their implementation. The course

will also show you how to design modules with clean interfaces

to achieve disciplined and well-structured code.

The course emphasizes the implementation of disciplined and

well-structured code and the design of modules with clean

interfaces. Lab exercises are used to consolidate key concepts.

The course uses ARM7, ARM9, and ARM11 processors as a

platform for hands-on work. However, the techniques taught

can be readily applied to other architectures. Similarly, the

course uses VxWorks and Linux as operating systems, but Inter-

Process Communication techniques are covered in a generic

way so that they can be applied to other architectures and

operating systems.

Course is completely hands on implementation oriented in

state of art lab facility Participants will be able access VxWorks

licensed full featured lab and advanced hardware lab facility

with wide array of Microcontroller based Single board

computer.

Course ends with implementation of Proof of concept projects,

adopting every single skill adopted by trainee. Most of the

Proof concept projects are developed based on new generation

microcontrollers like ARM platform. Ei labz being ARM

connected community brings a special privilege to the students

to gain hands-on experience by expert instructors.

The course completion will be given with Wind River certificate

and eilabz trainee certification.

Related courses

Embedded C programming Embedded linux with device driver VxWorks 6.x and workbench Fundamentals

Course Objectives

Students completing this course will considerably improve the

discipline and rigor with which they design and write embedded

systems applications in C.

You'll be able to implement classical data structures such as

circular buffers, linked lists, and trees -- and you'll know when

it's appropriate to use them.

You'll be exposed to a variety of advanced programming idioms

and algorithms with their associated data structures, for tasks

such as indexing, data compression and error detection. You'll

learn to write event driven programs, to implement Finite State

Machines, and to design hierarchical state machines using state

charts.

You'll learn structured programming techniques for

implementing multi-tasking applications, and you'll be able to

work with embedded operating systems as well as the standard

inter-process communication idioms such as producer-

consumer, work crew and monitors.

Course Title: Advanced Real Time Embedded Systems

Duration: Four Months with 25 days live Project

Format: Instructor-led lectures and hands-on lab

sessions; instructor-led Live Remote delivery available

Price: Contact our local sales representative


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After the end of this Course, participants will be able to do the

following:

Design and Develop real-time applications in 8/16/32bit microcontroller

Debug build, and test real-time application in a targethost development environment with various

platforms like Embedded Linux , VxWorks and Qt

Employable in various disciplines of embeddedapplication development and participate ei labz

placement programs

Course Format

This four months instructor-led course consists oflectures and lab sessions.

Students gain hands-on experience and receivepersonal guidance from expert ei labz instructors.

Case studies and assignments allow hands-onapplication of course concepts.

Specific questions are addressed.

Key Topics

Advanced use of dynamic data structures and algorithmsfor manipulating them

MCS51, ARM 7, ARM9 and ARM11 Implementation of simple schedulers and operating

systems

Working with embedded operating systems Understanding standard techniques for VxWorks and

Embedded Linux

Embedded communication Protocols like I2C, SPI, CAN,Flex ray etc.

Finite state machines, statecharts, and their uses Advanced algorithms and research-oriented approachesPrerequisites

Attendees should have BE, BTec, MSc, Diploma or BSc relevant

programming /electronics concepts covered in academics.

Outline:

Session Module and Session details

Module1 Embedded C And Microcontroller programming

Session 1 Embedded C

Cross compilers

microvision complier

Keywords

Why use C?

Session 2 The 8051 microcontroller

The super loop software architecture

Strengths and weaknesses of super loops

Example: Central-heating controller

Reading from (and writing to) port pins

Session 3 SFRs and ports

SFRs and ports

Creating and using sbit variables

Example: Reading and writing bytes

Session 4 Creating software delays

Using the performance analyzer to test software dela

Strengths and weaknesses of software-only delays

Q&A,

assessment test

Session 5 Oscillator Hardware

How to connect a crystal to a microcontroller

Oscillator frequency and machine cycle period

Keep the clock frequency as low as possible

Session 6 Stability issues

Improving the stability of a crystal oscillator

Overall strengths and weaknesses

Reset Hardware

More robust reset circuits

Session 7 Review: Basic techniques for reading from port pins

Example: Reading and writing bytes (review)

Example: Reading and writing bits (simple version)

Example: Reading and writing bits (generic version)

Session 8 The need for pull-up resistors

Dealing with switch bounce

Example: Reading switch inputs (basic code)

Q&A

assessment test

Session 9 The Project Header (Main.H)

The Port Header (Port.H)

Re-structuring a Hello World example

Example: Re-structuring the Goat-Counting Example


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Session 10 Preparation for the next seminar

Creating hardware delays

The TCON SFR

The TMOD SFR

Two further registers

Session 11 Example: Generating a precise 50 ms delay

Example: Creating a portable hardware delay

The need for timeout mechanisms - example

Creating loop timeouts

Session 12 Example: Testing loop timeouts

Example: A more reliable switch interface

Creating hardware timeouts

Conclusions

Q&A

assessment test

Session 13 Timer-based interrupts (the core of an embedded OS)

The interrupt service routine (ISR)

Automatic timer reloads

Introducing AVX51

Session 14 Introducing AVX51

Tasks, functions and scheduling

Setting the tick interval

Session 15 Saving power

Using AVX51 in your own projects

Session 16 Is this approach portable?

Sequential execution and schedulable execution

Q&A

assessment test

Session 17 Implementing a Multi-State (Timed) system

Example: Traffic light sequencing

Session 18 Rentrant functions

Intrinsic function

Session 19 creating library functions

Case Study: Modbus Library implementation

Session 20 Case Study: Intruder AlarmCase Study: Traffic Light implementation

Q&A

assessment test

Session 21 using Volatile Keyword

writing program for memory mapped hardware

Case study: Modbus continued

Session 22 techniques: Implementing Speed, Space constraint programs

techniques: writing Portable Codes.

working with monitor programs

Session 23 Debugging Techniques.

programming multi processor target boards

communication protocol stack developments

assessment test

Q&APost Training Assessment

Module 2 RTOS Concepts and VxWorks

Session 24 Introduction to OS

Scheduling algorithm

Session 25 Task, process, thread and differences among them

Premptive kernels

Session 26 Synchronization mechanism semaphore, binary, coun

signals and interrupt handlers in operating system

Inter task communication mechanism Message Ques,

registers

Q&A

Daily assessment test

Session 27 API interfaces

Protocol stacks, Socket interfaces

Session 28 I/O management, device driver

Introduction to VxWorks 6.5

Session 29 Tornado IDE/ work bench IDE

Shell, windview, crosswind, VxSim

Scheduling and task management in VxWorks

Session 30 taskSpawn(), taskDelete(), taskSuspend(), taskInit(), t

taskPrioritySet()

Q&A

assessment test

Session 31 Semaphores

semCCreate() semTake(), semGive(), semMCreate()

Priority Inheritance in VxWorks

Session 32inter task Communication msgQcreate(),

msgQSend() msgQRecieve()

critical section in VxWorks

Session 33 implementation of thermostat using VxWorks (case s

Q&A

assessment test

Session 34 interrupt handling - intConnect()

Timers and watch dog timers -wdCreate() wdStart().

Session 35 wdCancel() sysClkRateSet() sysClkRateGet()

signal handlers

Session 36 signal(); kill()

Q&A


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assessment test

Session 37 I/O and file systems

Device drivers in VxWorks

character device driver

Session 38 Block device driver

Session 39 Case Study: UART device Driver

Session 40 Case Study: RAM Disk Driver

Q&A

assessment test

Module3

Session 41

ARM 7 and 9 Architecture and SOC

Introduction to ARM architecture

RISC vs CISC

ARM core v4, v5

ARM 7 modes of operation user, IRQ, FIQ, Supervisor,

undef, abort, system

Session 42 ARM instruction set

Thumb instruction set

ARM and Thumb interworking

Session 43 using gnu assembler

executing with arm-gdb

Session 44 using microvision keil for ARM programming

Q&A

assessment test

Session 45 ARM programming with C

understanding header files

Session 46 ARM SOC (LPC 2129 controller)

ARM SOC Programming

mixing assembly and C

Session 47 LPC 2129 timer

ARM and Thumb interworking with C

Session 48 Timer modes and operations

Q&A

assessment test

Session 49 LPC 2129 PWM programming

ARM cortex cores

Session 50 UART programming

using JTAG for programming ARM controller

Q&A

assessment test

Session 51 JTAG debugging

Hardware breakpoints vs S/w breakpoints

Session 52 LPC 2129 interrupt controller

VIC

Session 53 working with Watch dog timersinterfacing LCD display to microcontroller

Session 54 ARM 7 to ARM 9 migration

ARM 9 SOC S3C2440

Q&A

assessment test

Session 55 ARM 9 SOC S3C2440 GPIO programming

S3C2440 timer programming

Session 56implementing home automation with

S3C2440 (case study

Session 57 S3C2440 OS porting

Session 58 Case Study: uCOS

Q&A

assessment test

Module 4 Networking and communication

Session 59 introduction network communication

What is protocol, packets, datagram,

frames, messages

Session 60 Types of communication protocols

I2C communication

Session 61Strat of packet, Acknowledgement,

End of communication, Bus arbitration

interfacing display with MCS51 controller

with I2C communication

Session 62 SPI communication, 1 wire protocol

Q&A

assessment test

Session 63 CAN protocol

CAN programming with LPC 2129

Session 64 MODbus protocol

implementation of Modbus with MCS51

Session 65

Implementation of simple automation

network for bottling plant (Case study)

Session 66 Other Field buses

CanOpen, Flexray, ProfiBus

Q&A

assessment test

Session 67 OSI/ISO model

TCP/IP stack


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Session 68 Ethernet

SLIP, ARP, RARP, subnet mask, network ID, Host ID

Session 69 IP layer

Session 70 UDP layer, TCP layer

sliding window algorithm, TTL, Datagram vs Packets etc

overview of application protocols HTTP, FTP, SMTP, VoiP, RTP, SLIP etc

Q&A

assessment test

Session 71 Socket layer

Client, server model

Socket API

implementation of Socket communication

between 2 systems

Session 72Simple POS ( point of selling System implementation)

withe socket communication

Q&A

assessment test

Module 5 Linux System Programming

Session 73 Introduction to Linux system Programming

Linux Architecture

Linux Shell commands summary

Session 74 Linux file system

Shell scripting

Session 75 environment variables

Shell programming with arithmetic and

logical operations

Session 76 Shell scripting with date and time

Shell script for Startup, rcs Script

Q&A

assessment test

Session 77Perl Scripting

Session 78 process synchronization

semaphores, spinlocks

Session 79 memory organization

mmap system call

shared memory

Session 80 IPC mechanisms

FIFO, PIPE

shared files

Q&A

assessment test

Session 81 Signals

signal handler

Signal registration

Session 82 signal invoking

implementation of chess game clock using sigalarm (c

other miscellaneous system calls in linux

Session 83 Introduction to POSIXSystem V calls vs POSIX

Q&A

assessment test

Session 84 Thread model vs Process model

Thread programming under linux

Thread libraries

Session 85 Thread creation, Thread joining, Thread deleting

Thread Scheduling

Session 86 Thread Synchronization

Session 87 Semaphores, mutexes, conditional variables

Thermostat implementation with multithreads (case

Q&A

assessment test

Module 6 Embedded Linux and Device Drivers

Session 88 Linux Kernel Module programming

simple Character device driver

Session 89 simple module make file

major number, minor number

interfaces xxread() xxwrite() xxopen() xxclose() xxcrea

Session 90 linux device file

mknod

exploring /dev

a simple application program to demonstrate to acce

Q&A

assessment test

Session 91 IOCTL

simple device driver with UART (case Study)

integrating with Thermostat case study (case study)

Session 92 block device driver

implementation RAMDisk (case study)

Session 93 Network device driverQ&A

assessment test

Session 94 linux kernel architectures, subsystem

Creating linux Image using source code

Session 95 analysing linux source code organization

Linux 2.4 vs linux 2.6

kbuild

cross compiling linux kernel for arm architecture

Hardware abstraction layer

Session 96 linux kernel APIs


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extracting interfaces from device drivers

Session 97 Case study ADC device driver S3C2440

Case study GPIO Device Driver

Session 98 Case study UARTstatic drivers vs dynamic loadable drivers

Session 99 building kernel for embedded processors

Q&A

assessment test

Session 100 Rootfs

romfs, ramfs, yaffs

Busybox

customizing linux kernel

Session 101 Customizing linux file system

creating linux filesystem image

porting images to ARM target board

interacting with target with host/ terminal shell

Q&A

assessment test

Module 7 C++ and Embedded GUI

object oriented programming

Session 102 C++

migrating from c to C++

Session 103 classes objects

Session 104 Constructors and destructors,

overloading operators

Q&A


Session 105 Multiple inheritance

Session 107 runtime polymorphism

Session 108 generic programming

Session 109 embedded C++ GUI ProgrammingQ&A


Session 110 QT Introduction

Session 111 QT Designer

Session 112 libraries and APIs

Session 113 compiling QT application for Embedded applications

compiling QT application for Desktop applications

Q&A


Session 114 Recap, Clarifications, Q/A and Practice sessions

Case Study 1 Implementation of Ignition control system

(using fuzzy logic)

Case Study 2

Final Project

Implementation of CAN open for

Factory automation

CDA (Car Digital Assistant) and Infotainment System

(using QT and embedded linux platform)

Everest Infocom Pvt Ltd,.

738/33, 12th

Main, 3rd

Blk,

Rajajinagar, Bangalore 560010 India

www.eilabz.com

[email protected]

Phone: 90 80 23140344, 90 80 23146229

Mobile: 09449104615, 09035669088

2011 Everest Infocom Pvt ltd. The ei labz is a trademark of

Everest Infocom Pvt ltd, and Wind River and VxWorks are

registered trademarks of Wind River Systems, Inc. The

Everest Infocom Pvt ltd is Authorized Training center for

Wind River Systems, Inc.
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Ei Labz Advanced Diploma in Real Time Embedded Systems