Copy of AESD Syllabus -2010

8/4/2019 Copy of AESD Syllabus -2010

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Oasis Technologies Pvt. Ltd.

AESD COURSE

Batch No

BATCH Date :-

Copyrights 2010 , All rights reserved.

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Welcome To Oasis Technologies Pvt. Ltd.

Dear Student,

It is with great pleasure that we welcome you to the Oasis family. We are confident thatyou have chosen the right career at the right time and more importantly from the right

training organization.

At Oasis Technologies, we strive to achieve excellence at every step and the same shall

be manifested in our day to day interaction with you as we move forward. We understand

you have set great expectations from Oasis Technologies and therefore we are here to let

you know that the same shall be met or exceeded at times.

We are proud to present you this Advanced Embedded Systems Design (AESD) course

which is fine tuned over a period of time and is very much in line with the currentindustry trends. We hope that our initiatives towards making you a highly successful

professional shall be equally reciprocated from your side in terms of hard work and

perseverance.

Our team at Oasis is highly committed to make you a thorough professional and therefore

would walk the extra mile to make this a turning point in your career. We also look

forward to a great support from your side in the coming months to make this happen.

Together, we believe we can achieve great success. Once again, a sincere thanks from the

entire team at Oasis Technologies for participating in the AESD curriculum.

Sincere regards,

Johnsy George

Director



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Syllabus Index

S.No Module Name Page No.

1) C - Course Schedule 4

2) 8051- Course Schedule 7

3) ARM7- Course Schedule 10

4) OS- Course Schedule 13

5) RTOS- Course Schedule 18

6) Basics Of Digital Electronics 21


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C - Course ScheduleTotal Days: 20 (30Hrs Theory + 50Hrs Practicals)

Session 1 : Development Environment Basics + Control Statements

Duration : 3 Day , 6T + 6P

Details : If - Else Statements ,for ,while ,do while ,switch cases + Basics withLinux GCC compilations .

Lab Exercise :

Day1 Linux compilations

Day2 File structures

Day3 Vi editors

Day3 Single step debugging

Session 2 : Arrays and Strings


Details : Different Types Of Arrays, 2D arrays, 1D arrays .

Lab Exercise :

Day4 WAP to multiply 2 3x3 matrices.

Day4 WAP to explain different types ofstorage classes .

Day4 WAP to find the string concatenation,reversal, copy without using standardfunctions.


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Session 3 : Functions and Structures


Details : Types Of Functions, Basics of Structures, Macros , Preprocessors, FileInclusions, Inline Functions .

Lab Exercise :

Day5 Write a structure to find the name ,price, author of 7 different books .

Day6 WAP to find the Fibonacci series usingrecursive functions .

Day6 WAP to find the square of a functionusing Macros .

Session 4 : Structures and Pointers

Duration : 5 Days , 10T + 10P .

Details : Array to Pointers, Pointer to arrays, unions, enum, Command LineArguments.

Lab Exercise :

Day7 Write a structure to find the name ,price, author of 7 different books usinga structured array .

Day8 Write a structure to find the name ,price, author of 7 different books usinga pointer structured array .

Day9 Write a program to swap 2 values usingcall by reference.

Day10 Command Line Arguments.

Day11 Revision


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Session 5 : Data Structures


Details : Linked Lists, Trees .

Lab Exercise :

Day12 WAP to attach a node where the numbermatches in a list .

Day13 WAP to sort the linked list .

Day14 WAP to display the data in a preorder ,inorder, post order fashion .

Day15 WAP to add and delete a number instack .

Day15 WAP to add and delete a number fromQueue

Session 5 : C Assignments

Details : Linked Lists, Trees .

Duration : 5 Days , 20 Hrs Practicals(Day16 to Day20)

Lab Exercise :

Revision and doubt clearing session. Assignments will be given to students forpractice.


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8051- Course ScheduleTotal Days: 10 (19T+21P)

Session 1 : Introduction of Micro-controller architecture(8051),Triton IDE


Details: Inside the 8051,architecture,register organization,

Lab Exercise :

Day1 Development of Triton IDE basics

Session 2 : The 8051 assembly programming model and Instruction set

Duration: 2 Day, 4T + 4P

Details: arithmetic, logical, Jump (conditional & unconditional) instructions, single bitinstructions.

Lab Exercise :

Day2 WAP for ADD, SUB, DIV, MULDay2 WAP to swap nibble of given byte

without using SWAP instruction andusing swap instruction

Day2 WAP for multiplication to given number by

2, 4, 8,16 without using MUL instruction

Day3 WAP for Division to given number by 2, 4,8, 16 without using DIV instruction

Day3 WAP to Display the LEDs in differentfashion

Day3 WAP to Display the different HEXvalues on 7segment display.


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Peripheral programming

Session 3 : Timer /Counter programming in 8051


Details: list of timers and their associated registers, various modes of 8051timers.

Lab Exercise :

Day4 Write a program to generate a squarewave of 2 kHz frequency.(Assumingthat XTAL=11.0592)(try with differentfrequency )

Day5 various modes of 8051 timers,

Session 4 : Serial Communication in 8051


Details: basic serial communication & serial protocol, serial Vs parallelcommunication, 8051 connection to RS232, baud rate of 8051

Lab Exercise :

Day6 Write a program for the 8051 totransfer single character serially withbaud rate 4800 (try with different baudrate such as 9600, 2400,1200)

Day6 Write a program to transfer the OasisTechnology serially at 9600 baudrate,8 bit data ,1 stop bit.(Do thiscontinuously )


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Session 5: Introduction of Interrupts in 8051 and Interrupt Programming


Details: Contrast and compare interrupts Vs polling, list of interrupts in8051,interrupt vector table, edge and level trigger interrupts ,timer interrupt,interrupt based serial communication, interrupt priority.

Lab Exercise :

Day7 Write a program to blink LEDs by usingtimer interrupt

Day8 WAP for the Serial communicationusing interrupt

Day9 WAP to display your name on LCD

Session 6: 8051 Assignments

Duration: 1 Day, 4P(Day10)

Details: Revision and doubt clearing session. Assignments will be given tostudents for practice.


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ARM7- Course ScheduleTotal Days: 20(32T+ 48P)

Session 1: ARM Architecture

Duration: 2 Day, 6T+2P

Details: RISC Vs CISC processor, ARM Designing Philosophy , EmbeddedSoftware & Hardware, Registers , Current Program Status Register, Pipeline ,Exceptions, Interrupts, and the Vector Table , Core Extensions , Architecture Revisions ,

ARM Processor Families

Lab Exercise :

Day1 WAP for LED blinking

Day2 Use Debug and Release Mode ofoperation

Session 2: Introduction to the ARM Instruction Set


Details: Data Processing Instructions, Branch Instructions, Load-StoreInstructions,Software Interrupt Instruction, Program Status Register

Instructions , Loading Constants, ARMv5E Extensions, Conditional Execution.

Lab Exercise :

Day3 Data Processing Instructions, Branch

Instructions, Load-Store Instructions

Day4 Software Interrupt Instruction,

Program Status RegisterInstructions

Day5 Loading Constants, ARMv5E

Extensions, Conditional Execution.


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Embedded C

Session 3: C and Assembly interfacing


Details: How to use assembly program in c and vice-versa, what is ARMprocedure call (APCS)

Lab Exercise :

Day6 WAP for interfacing C andassembly.

Session 4: Exception and Interrupt Handling


Details: Exception Handling, Interrupts, Interrupt Handling Schemes

Lab Exercise :

Day7 Write a program for interrupt which willblink the LEDs.

Day8 Write a program for accept keyfrom key and display it on 7segment display

Day9 Write a program for UART fortransmission of a string

Day10 WAP for ADC

Day11 WAP for display your name onLCD


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Session 5: ARM Optimization Technique


Details: Overview of C Compilers and Optimization, Basic C Data Types , C LoopingStructures , Register Allocation , Function Calls , Pointer Aliasing , StructureArrangement Bit-fields, Unaligned Data and Endianness

Lab Exercise :

Day12 Optimization assignments

Day13 Optimization assignments

Session 6: Introduction to the Thumb Instruction Set


Details: Thumb Register Usage , ARM-Thumb Inter working , Other BranchInstructions , Data Processing Instructions , Single-Register Load-Store Instructions ,Multiple-Register Load-Store instructions , Stack Instructions , Software Interrupt

Instruction

Lab Exercise :

Day14 Write at least one program for everyGroup of instruction

Day15 Write at least one program for everyGroup of instruction

Session 6: ARM Assignments

Duration : 5 Days , 20 Hrs Practicals(Day16 to Day20)

Lab Exercise :

Revision and doubt clearing session. Assignments will be given to students forpractice.


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OS- Course ScheduleTotal Time: 15 days (22HrsTheory+36 hrs Practical)

Session 1: Operating System Fundamentals (using Linux)


Details: what isoperating System, importance of operating system, feature ofoperating system, Basic of process management (different state of process,five state model of process, process image (PCB), context switch, modeswitch)

Lab Exercise:

Day1 Fork()

Session 2: Process and Process control

Details: fork(),vfork(),exec(),wait(),sleep(),nice()kill(),zombie(),getpid(),getppid(),setuid ( )

setgid( ) Refer man pages.


Lab Exercise:

Day2 1.fork(),vfork()

Day2 2.kill(), exec()

Day2 3.getpid(),getppid()

Day2 4.wait(),sleep(),nice()

Day2 5.setuid(),zombie(),setgid()


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Inter-Process Communication

Session 3: Signals & pipes


Details : Type of signals ,use of signal,

What is pipe, types of pipes, system call related to pipes such aspipe(),popen(), pclose().

Lab Exercise:

Day3 All system calls related to signal

Day3 pipe(),popen(), pclose().

Session 4: OS Practical1

Duration: 1 Day

Day4 Practice on all basic system calls

Day4 Signal system calls

Day4 Pipe system calls


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Session 5: Shared Memory & Message Queues


Details: what is shared memory, how to use shared memory for processcommunication introduction of shmget(),shmat()shmdt(),shmctl(),What isMessage Queue ,msgget(),msgsnd()msgrcv(),msgctl() system calls

Lab Exercise:

Day5 shmget(),shmat()shmdt(),shmctl() system calls

Day6 msgget(), msgsnd() , msgrcv(),msgctl() systemcalls

Session 6: Synchronization of process (Semaphores)Duration: 1 Day, 2T + 2P

Details: what is semaphores, types of semaphores, critical section,Semget(),semop(),semctl(),system calls, mutual exclusion, dead lockand avoidance technique

Lab Exercise:

Day7 semget(),semop(),semctl(),system calls.


Duration: 1 Day

Day8 Assignments related to shared

memory,message queue and semaphores


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Session 8: Socket programming


Details: Definition of socket, socket connection, all socket system call such assocket(),bind(),listen(),accept(),connect(),close().

Lab Exercise:

Day9 socket(),bind(),listen(),accept(),connect(),close().System calls

Session 9: Thread Management


Details: what is thread, need of thread, system call of thread suchthread_create()pthread_exit(),pthread_join(),

Lab Exercise:

Day10 thread_create(),pthread_exit(),pthread_join()system calls


Duration: 1 Day

day11 Assignments related to socketprogramming and thread management


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Session 11: Memory management


Details: address binding, swapping, segmentation &paging, fixed partitioning,dynamic partitioning, simple paging, simple segmentation, virtual memory paging,virtual memory segmentation ,TLB ,Operating system policies for virtualmemory .

Lab Exercise:

Day12 address binding, swapping, segmentation&paging, fixed partitioning, dynamicpartitioning, simple paging, simple

segmentation

day13 virtual memory paging ,virtual memorysegmentation TLB ,Operating system policies

for virtual memory .

Session 12: Schedulers


Details: Basic concept, scheduling criteria, type of scheduler

Lab Exercise:

day14 Basic concept, scheduling criteria, type ofscheduler


Day15 Assignments related to memory

management

Day15 Assignments related to scheduler


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RTOS- Course ScheduleTotal Days: 15 (29T+31P)

Session 1: Real-Time Systems Concepts


Details:What is Real-Time operating system, types of real time operating system,foreground/background systems, critical sections,Resources, multitasking, context switching, scheduling, reentrancy, taskpriorities, mutual exclusion, semaphores,Inter task communications, interrupts.

Lab Exercise:

Day1 Write a program to create a task anddisplay your name on Hyper Terminal.

Day2 Write a program to create more than one

tasks and observe behaviour of contextswitching

Day3 Modifications above progranms

Session 2: Kernel Structure

Duration : 3 Day , 6T +6P

Details:Tasks, task states, task controlBlocks, how C/OS -II implements a ready list, task scheduling, the idletask, how to determine CPU usage, howC/OS-II handles interrupts, how to initialize and start C/OS-II

Lab Exercise:

Day4 Write a program to blink LEDs using 3

tasksDay5 Modifications in above program using

different priorities

Day6 Revision


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Session 3: Task Management

Duration : 2 Day ,4T +4P

Details:How to create a task, delete a task, check the size of a tasks stack,

change atasks priority, suspend and resume a task, and get information about a

task.

Lab Exercise:

Day7 WAP a program of two task andblink LEDs EVEN & ODD

Day8 WAP to display up/down counter on 7segdisplay using 2 tasks

Session 4: Time Management

Duration : 2 Day , 4T +4P

Details:How to suspend a tasks execution until some user specified time expires, howsuch

a task can be resumed and how to get and set the current value of a 32-bit tickcounter.

Lab Exercise:

Day9 LED program using timer interruptDay10 7 segment program using timer interrupt


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Session 5: Inter task Communication and Synchronization

Duration : 2 Day ,4T +4P

Details:How a tasks and ISRs (Interrupt Service Routines) communicate with oneAnother and share resources. how semaphores, message mailboxes andmessage queues are Implemented

Lab Exercise:

Day11 WAP on semaphores

Day12 WAP on message Queue

Day12 WAP on mailbox

Session 6: Memory Management

Details: Dynamic memory allocation feature using fixed-sized memory blocks

Duration: 1 Day, 2T +2P(Day13)

Session 7:

Duration: 2 Days 8P(Day14 and Day15)

Details: Revision and doubt clearing session. Assignments will be given tostudents for practice.


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Basics Of Digital Electronics

Session 1 : Gates

Details : The AND Gate, The OR and XOR Gates,Negation, The NAND, NOR,and NXOR Gates, Building Gates from Other Gates ,Gates with More than TwoInputs.

Session 2 : Encoders & Decoders

Details : Modulo 6 Counter, Encode

Session 3 : Binary Addition

Details : Adder Expansion (Half Adder, Full Adders) , Binary Coded Decimal(BCD)

Session 4 : Memory (The 'D' Latch)

Details : Shift Registers, Ring Counters

Session 5 : Pseudo-Random Number Generators

Details : A 6-Bit Pseudo-Random Number Generator ,An 8-Bit Pseudo-RandomSequencer , 8-Bit Pseudo-Random Number Generator, Encryption of Digital Data

Session 6 : JK Master-Slave Flip-Flop

Details : Binary Counters (1-Bit, 2-Bit, and 4-Bit) , 8-Bit Binary Counter (with andwithout Reset)

Session 7 : DAC & ADC

Details : What is a DAC? , ALU Simulator ,Simulating a Real DAC Chip,Waveform Generators, Special DACs ,Lissajous Figures

Purpose of the Analog-to-Digital Converter ,The Ramp ADC, Tracking ADC


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Copy of AESD Syllabus -2010