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Study of UNIX Operating System and c program for seccond semester record download 05:21

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Ex.No:1 Date:

Reg No: Name:

Study of UNIX Operating System

************************************************************* Aim

To introduce the concept of UNIX Operating System

Introduction

An Operating System is an important part of a computer system. The computer system is built from the three general components.

1. The Hardware

2. The Operating System3. The Application Software's

Applications

Operating System

Hardware

An Operating System is a program that acts as an interface between the user and the computer. In fact, it is the one, which gets loaded into the computer memory first when the system is booted. It always 'lives' in memory, [keeps waiting] for commands and acts accordingly when it gets one. It is an intelligent servant and it controls and co-ordinates all the activities of the computer.

Without an operating system, the most powerful computer in the world would be useless. The term UNIX is derived from UNICS means UNiplexed Information Computing Systems.

UNIX Operating System is a Multi-user and Multi-tasking Operating System. UNIX operating system is like a layer between the hardware and

the applications that run on the computer. It has functions that manage the hardware and functions that manage executing applications.

The part of UNIX that manages the hardware and the executing processes is called the KERNEL.

History of UNIX

In late 1960's, Ken Thompson and Dennis Ritchie at AT&T Bell laboratories started writing an Operating System named as 'UNIX'. At first, UNIX was written in assembly language. Ken Thompson and Ritchie were not satisfied. They wanted a general Operating System that would run on any kind of hardware.

The whole UNIX OS was rewritten in 'C' language in 1973. Today, UNIX is a giant OS and has much powerful than most of its counterparts.

The uniqueness or features of UNIX

The features that made UNIX a hit from the start are:

Multitasking capability

Multi-user capability Security Portability Communication Programming facility

Multitasking capability

Multitasking is the capability of the operating system to perform various task simultaneously. I.e. A single user can run multiple tasks concurrently.

Multi-user capability

Multi-user capability of UNIX allows several users to use the same computer to perform their tasks. Several terminals [Keyboards and Monitors] are connected to a single powerful computer [UNIX server] and each user can work with their terminals.

Security

UNIX allows sharing of data; every user must have a single login name and password. So, accessing another user's data is impossible without his permission.

Portability

UNIX is portable because it is written in a high level language. So, UNIX can be run on different computers.

Communication

UNIX supports the following communications.

Between the different terminals connected to the UNIX server.

Between the users of one computer to the users of another computer located on elsewhere.

Programming facility

UNIX is highly programmable, the UNIX shell programming language has all the necessary ingredients like conditional and control structures (Loops) and variables, which establish it as a programming language in its own right.

How UNIX is organized

The UNIX system is functionally organized at three levels:

The three levels of the UNIX system: kernel, shell, and tools and applications.

The kernel, which schedules tasks and manages storage;

The shell, which connects and interprets users' commands, calls programs from memory, and executes them; and

The tools and applications that offer additional functionality to the operating system

Kernel

It is the core of the operating system. It controls all the tasks and carryout all the functions of an OS, such as memory management, file management, etc, and keeps track of programs that are executing. It also handles the information exchange between the terminals, such as tape drives and printers etc.

Shell

It is command interpreter of the OS. The commands given from the user are moved to the shell. The shell, analyze and interprets these commands into machine understandable form. Hence shell acts as an interface between the user and the kernel.

o Tools and Applications

It consists of Application Software, Compilers, Database Package, Internet tools, UNIX commands, etc.

Structure of UNIX

Advantages of UNIX

o UNIX allows only authorized users to modify files and directories.

o UNIX allows only system administrators to make changes in system configuration files.

o UNIX protects the system files from the VIRUS files and will not able to delete or modify the system files, because it will receive an "Access Denied" message.

o UNIX is very stable Operating System.o UNIX supports the Multi-User feature.o UNIX is a Multitasking Operating system.o UNIX can be loaded to any type of computer hardware.

File System

A file is a collection of letters, numbers and special characters, it may be a program, or a database, or a simple letter etc.

A file system is a group of files and relevant information regarding it. Everything in UNIX can be represented by a file such as Directories, Device Drives etc. Even your printer is a file. When you want to print something, you are just writing to a file (Printer).

Although everything in UNIX is treated as a file. These are dividing into three categories.

o Ordinary files

This is the traditional definition of a file. We can put anything into this type of file. This includes data, source programs, as well as any files created by the user. The most common type of ordinary file is the text file.

o Directory files

A directory contains no external data, but keeps some details of the files and sub directories that it contains. The UNIX file system is organized with a number of such directories and sub directories and we can also create them as and when required.

o Device files

The definition of this file has been broadened by UNIX to consider physical devices as files. This device files includes printers, tapes, floppy drives, hard disks and terminal etc.

Device files are special files. Any output directed to device file will be reflected onto the respective physical device associated with file name. when the user issues a command to print a file, you are really directing the file's output to the file associated with the printer.

All files in UNIX are related to one another. The file system of UNIX resembles a tree that grows from top to bottom as shown in the figure.

The file system begins with a directory called root (at the top). The root directory is denoted by a slash (\). Branching from root there are several directories called bin, lib, etc, tmp, dev. Each of these directories contains several sub-directories and files.

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Ex.No:2 Date:

Reg No: Name:

Basic Shell Commands

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Aim

To study and execute the basic shell commands.

Commands

1. General purpose Commands

o [date] – Used to display the current system date and time.

o [cal] – Used to display the calendar.o [who] – Used to display the login details.o [tty] - Used to display the terminal name.o [uname] - Used to display the machine name.o [echo] - Used to display the message.o [banner] - Used to display banner.o [clear] - Used to clear the currently existing screen.o [exit] - Used to exit from the currently existing telnet samba

screen.

2. Directory related commands

o [pwd] - Use to display the current working directory.

o [mkdir] - Used to create a new directory o [cd] - used to move from one directory to another.o [rmdir] - Used to remove or delete the directory.

3. File related commands

o [cat] - Used to create a new file.

Used to display the contents in the file.

Used to concatenate multiple files into a single file.

o [cp] - Used to copy the contents from one file to another file.o [mv] - used to move the file from one place to another.o [rm] - Used to remove or delete a file from directory.o [ls] - Used to list the directory and files.o [cmp] - Used to compare two files in the same directory.

4. File permission related commands

o [chmod] - used to set or remove file permissions.

5. Command grouping commands

o [;] - Used to separate multiple commands at the command line.

o [&&] - Used to perform logical AND operation between two or more

o valid UNIX commands.o [||] - Used to perform logical OR operation between two or

moreo valid UNIX commands

6. Filters related commands

o [head] - Used to display beginning of a file.

o [tail] - Used to display end of the file.o [cut] - Used to cut a file vertically.o [paste] - Used to paste the contents.o [sort] - Used to order a file.o [grep] - Used to search for a pattern.

7. I/O Redirection related commands

o [cmd>] - Used to redirect standard output to a file.

Used to redirect standard error.

o [cmd<] - Used to redirect input from a file.

8. Pipes

o [|] - Used to redirect the output of one command into the input

of another command.

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Ex.No:3 Date:

Reg No: Name:

AREA OF CIRCLE

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CODING :

echo "Enter the radius"

read r

a=`expr 22 \* $r \* $r / 7`

echo "The area of the circle of= $a "

OUTPUT :

Enter the radius

3

The area of the circle of= 28

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Ex.No:4 Date:

Reg No: Name:

BIGGEST AMONG THREE NUMBERS

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CODING :

echo "Enter the 3 Numbers :"

read a b c

if [ $a -gt $b -a $a -gt $c ]

then

echo " $a is bigger than $b & $c "

elif [ $b -gt $c ]

then

echo " $b is bigger than $a & $c "

else

echo " $c is bigger than $a & $b "

fi

OUTPUT:

Enter the 3 Numbers :

1 2 3

3 is bigger than 1 & 2

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Ex.No:5 Date:

Reg No: Name:

PRINT 'N' NATURAL NUMBERS

*************************************************************

CODING:

echo " Enter limit"

read n

i=0

while [ $i -lt $n ]

do

i=`expr $i + 1`

echo "$i"

done

OUTPUT:

Enter limit

5

1

2

3

4

5

*************************************************************

Ex.No:6 Date:

Reg No: Name:

ARITHEMATIC OPERATIONS USING SWITCH CASE

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CODING:

i=0

while [ $i -eq 0 ]

do

echo " 1.Add , 2.Sub , 3.Mul , 4.Div "

read ch

echo " Enter 2 nos :"

read a b

case $ch in

1) s=èxpr $a + $b` ;;

2) s=èxpr $a - $b` ;;

3) s=èxpr $a \* $b` ;;

4) s=èxpr $a / $b` ;;

esac

echo " $s "

echo "Do you want to continue (0/1) :0 - Yes / 1 - No :"

read i

done

OUTPUT :

1.Add , 2.Sub , 3.Mul , 4.Div

1

Enter 2 nos :

2 5

7

Do you want to continue (0/1) :0 - Yes / 1 - No :

0


2

Enter 2 nos :

6 4

2


0


3

Enter 2 nos :

5 4

20


1

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Ex.No:7 Date:

Reg No: Name:

FACTORIAL OF GIVEN NUMBER

*************************************************************

CODING :

echo "Enter the number :"

read n

i=1

fact=1

while [ $i -le $n ]

do

fact=`expr $fact \* $i`

i=`expr $i + 1`

done

echo "The factorial of $n is $fact"

OUTPUT:

Enter the number :

3

The factorial of 3 is 6

sh fact

Enter the number :

0


sh fact

Enter the number :

1


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Ex.No:8 Date:

Reg No: Name:

SQUARES AND CUBES

*************************************************************

CODING:

echo "Enter the number:"

read n

i=1

echo "Number Square Cube "

while [ $i -le $n ]

do

s=èxpr $i \* $i`

c=èxpr $i \* $i \* $i`

echo "$i $s $c"

i=èxpr $i + 1`

done

OUTPUT:

Enter the number:

5

Number Square Cube

1 1 1

2 4 8

3 9 27

4 16 64

5 25 125

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Ex.No:9 Date:

Reg No: Name:

MENU DRIVEN COMMANDS

*************************************************************

CODING:

i=0

while [ $i -eq 0 ]

do

echo " MENU "

echo " 1. Display the current path"

echo " 2. Display the content of the file"

echo " 3. Delete a file "

echo " 4. List the files and directories "

echo " 5. List the current users"

echo " 6. Date "

echo " 7. Word Count"

echo " 8. Head Command"

echo " 9. Tail Command"

echo "10. Exit"

echo "Enter the choice:"

read ch

case $ch in

1) pwd;;

2) ls

echo "Enter the file name:"

read f

cat $f;;

3) ls


read f

rm $f;;

4) ls;;

5) who;;

6) date;;

7) ls


read f

wc $f;;

8) ls


read f

echo "Enter the No. of lines:"

read l

head -$l $f;;

9)ls

echo " Enter the file name:"

read f

echo "Enter the No.of lines :"

read l

tail -$l $f;;

10) exit;;

esac

echo "Do you want to continue 0/1 [ 0-Y & 1-N ]"

read i

done

MENU

1. Display the current path

2. Display the content of the file

3. Delete a file

4. List the files and directories

5. List the current users

6. Date

7. Word Count

8. Head Command

9. Tail Command

10. Exit

Enter the choice:

1

/home/ITa42

Enter the choice:

2

aaa big2 circle fact menu-cmd pos-neg sq-cube tri

arith big3 even-odd matrixmul natural salary stud vircle

Enter the file name:

big2

echo "Enter 2 nos : "

read a b

if [ $a -gt $b ]

then

echo " $a is bigger the $b "

else

echo " $b is bigger the $a "

fi

Enter the choice:

3


arith big3 even-odd matrixmul natural salary stud vircle


Vircle

Enter the choice:

4


arith big3 even-odd matrixmul natural salary stud

Enter the choice:

5

ITa34 pts/2 Mar 26 09:15 (192.168.1.55)

ITa58 pts/6 Mar 26 09:52 (192.168.1.40)

ITa64 pts/5 Mar 26 09:53 (192.168.1.63)

ITa57 pts/12 Mar 26 10:01 (192.168.1.96)

ITa51 pts/1 Mar 26 10:01 (192.168.1.58)

ITa42 pts/3 Mar 26 10:02 (192.168.1.94)

ITa34 pts/0 Mar 26 10:03 (192.168.1.65)

ITa45 pts/11 Mar 26 10:04 (192.168.1.71)

exam011 pts/13 Mar 26 10:05 (192.168.1.83)

exam015 pts/15 Mar 26 10:06 (192.168.1.74)

Enter the choice:

6

Thu Mar 26 10:08:13 IST 2009

Enter the choice:

7




circle

6 23 100 circle

Enter the choice:

8




fact

Enter the No. of lines:

2

echo "Enter the number :"

read n

Enter the choice:

9




fact

Enter the No.of lines :

5

fact=`expr $fact \* $i`

i=`expr $i + 1`

done

echo "The factorial of $n is $fact"

Enter the choice:

10

Ex.No:10 Date:

Reg No: Name:

ODD OR EVEN

*************************************************************

CODING:

echo "Enter the number "

read n

e=`expr $n % 2`

if [ $e -eq 0 ]

then

echo " The number $n is even "

else

echo " The number $n is odd "

fi

OUTPUT:

Enter the number

2

The number 2 is even

sh even-odd

Enter the number

3

The number 3 is odd

*************************************************************

Ex.No:11 Date:

Reg No: Name:

POSITIVE OR NEGATIVE

*************************************************************

CODING:

echo " Enter the number "

read n

if [ $n -gt 0 ]

then

echo "The number $n is positive "

elif [ $n -lt 0 ]

then

echo "The number $n is negative "

else

echo "0 is neither positive nor negative "

fi

OUTPUT:

Enter the number

3

The number 3 is positive

sh pos-neg

Enter the number

-3

The number -3 is negative

*************************************************************

Ex.No:12 Date:

Reg No: Name:

SALARY COMPUTATION

*************************************************************

CODING:

echo "Enter the Basic Pay :"

read bp

da=èxpr $bp \* 10 / 100`

hra=èxpr $bp \* 20 / 100`

gs=èxpr $bp + $da + $hra`

echo "-------------------------"

echo " SALARY CERTIFICATE "

echo "-------------------------"

echo " DA = $da"

echo " HRA = $hra"

echo " Gross Salary = $gs"

OUTPUT:

Enter the Basic Pay :

5000

-----------------------------------

SALARY CERTIFICATE

-----------------------------------

DA = 500

HRA = 1000

Gross Salary = 6500

*************************************************************

Ex.No: 13 Date:

Reg No: Name:

STUDENT DETAILS

*************************************************************

CODING:

echo "Enter the number of students :"

read n

i=1

while [ $i -le $n ]

do

echo "Enter the Following :"

echo "Name :"

read name

echo "Reg.No :"

read reg

echo "Department:"

read dept

echo "Physics :"

read phy

echo "Chemistry :"

read chem

echo "Maths :"

read maths

echo "Computer :"

read comp

echo "English :"

read eng

tot=`expr $phy + $chem + $maths + $eng + $comp`

avg=`expr $tot / 5`

if [ $avg -gt 90 ]

then

gr=A

elif [ $avg -gt 75 -a $avg -lt 85 ]

then

gr=B


then

gr=C


then

gr=D

else

gr=fail

fi

i=`expr $i + 1`

echo " --------------------------------"

echo " STUDENT MARKLIST "

echo " --------------------------------"

echo " Name : $name "

echo " Reg.No : $reg "

echo " Physics : $phy "

echo " Chemistry : $chem "

echo " Maths : $maths "

echo " English : $eng "

echo " "

echo " Total : $tot "

echo " Average : $avg "

echo " Grade : $gr "

done

OUTPUT:

Enter the number of students :

1

Enter the Following :

Name :

jerome

Reg.No :

08106042

Department:

IT

Physics :

98

Chemistry :

99

Maths :

100

Computer :

100

English :

100

--------------------------------

STUDENT MARKLIST

--------------------------------

Name : jerome

Reg.No : 08106042

Physics : 98

Chemistry : 99

Maths : 100

English : 100

Total : 497

Average : 99

Grade : A

*************************************************************

Ex.No:14 Date:

Reg No: Name:

FACTORIAL OF NUMBER USING RECURSIVE FUNCTION **********************************

***************************

CODING:

#include<stdio.h>

#include<stdlib.h>

int rec(int);

main()

{

int n;

printf("Enter Number");

scanf("%d",&n);

printf("The factorial is %d",rec(n));

}

int rec(int s)

{

int f;

if((s==1)||(s==0))

return(1);

else

f=s*rec(s-1);

return(f);

}

OUTPUT:

Enter Number 5

The factorial is 120

*************************************************************

Ex.No:15 Date:

Reg No: Name:

STUDENT DETAILS USING POINTERS

*************************************************************

CODING:

#include<stdio.h>

#include<stdlib.h>

main()

{

struct student

{

char nm[25];

char rno[25];

char grade;

float avg;

int total,m1,m2,m3;

}

stud[50],*pt;

int i,j,n;

printf("Enter the number of students \n");

scanf("%d",&n);

for(i=0;i<n;i++)

{

printf("\n students[%d]information:\n",i+1);

printf("Enter name \n");

scanf("%s",stud[i].nm);

printf("\n Enter the register number");

scanf("%s",stud[i].rno);

printf("\n Enter 3 subject marks \n");

scanf("%d%d%d",&stud[i].m1,&stud[i].m2,&stud[i].m3);

stud[i].total=stud[i].m1+stud[i].m2+stud[i].m3;

stud[i].avg=stud[i].total/3;

}

pt=stud;

for(pt=stud;pt<stud+n;pt++)

{

if(pt->avg<30)

pt->grade='D';

else if((pt->avg<50)&&(pt->avg>=30))

pt->grade='C';

else if((pt->avg<70)&&(pt->avg>=50))

pt->grade='B';

else

pt->grade='A';

}

printf("\n");

printf("name\t\tregno\t\t total\t\t avg \t\tgrade \n");

{

for(pt=stud;pt<stud+n;pt++)

{

printf("%s\t%s",pt->nm,pt->rno);

printf("\t%d\t\t%f\t\t%c\n",pt->total,pt->avg,pt->grade);

}

}}

OUTPUT:

Enter the number of students

2

students[1]information:

Enter name

BALA MURALI

Enter the register number21708106019

Enter 3 subject marks

95 65 68

students[2]information:

Enter name

BALAJI

Enter the register number21708106018

Enter 3 subject marks

56 9 6

name regno total avg grade

BALAMURALI 2170810619 228 76.000000 A

BALAJI 21708106018 71 23.000000 D

*************************************************************

Ex.No:16 Date:

Reg No: Name:

DYNAMIC MEMORY ALLOCATION – TO PRINT NUMBER IN REVERSE ORDER

*************************************************************

CODING:

#include<stdio.h>

main()

{

int n,i,*xp;

printf("\n Enter the limit");

scanf("%d",&n);

xp=(int*)calloc(n,2);

printf("\n Enter the %d values\n",n);

for(i=0;i<n;i++)

scanf("%d",(xp+i));

printf("\n The reversed list is \n");

for(i=n-1;i>=0;i--)

{

printf("%d\t",*(xp+i));

}

printf("\n");

}

OUTPUT:

Enter the limit5

Enter the 5 values

1 2 3 4 5

The reversed list is

5 4 3 2 1

*************************************************************

Ex.No:17 Date:

Reg No: Name:

DYNAMIC MEMORY ALLOCATION- PALINDROME

*************************************************************

CODING:

#include<stdio.h>

#include<string.h>

main()

{

char *st,*rst;

int i,j;

st=(char*)malloc(80);

rst=(char*)malloc(80);

printf("\n Enter the word\n");

scanf("%s",st);

i=strlen(st)-1;

j=0;

while(i>=0)

{

*(rst+j)=*(st+i);

j++;

i--;

}

*(rst+j)='\0';

if(strcmp(st,rst)==0)

printf("\n %s is a palindrome \n",st);

else

printf("\n %s is not a palindrome \n",st);

}

OUTPUT:

Enter the word

deepsaran

deepsaran is not a palindrome

Enter the word

madam

madam is a palindrome

*************************************************************

Ex.No:18 Date:

Reg No: Name:

FILE HANDLING –CREATING FILE AND COUNT VOWELS IN THAT FILE

*************************************************************

CODING:

#include<stdio.h>

#include<ctype.h>

main()

{

char ch;

int count=0;

FILE *fp;

fp=fopen("sample.txt","w");

printf("\n Type the text press enter key at the end \n")

while((ch=getchar())!='\n')

putc(ch,fp);

fclose(fp);

fp=fopen("sample.txt","r");

printf("\n The content of the text file is:\n");

while(!feof(fp))

{

ch=getc(fp);

printf("%c",ch);

switch(toupper(ch))

{

case 'A':

case 'E':

case 'I':

case 'O':

case 'U':count++;

break;

}}

printf("\n Number of Vowels present=%d\n",count);

fclose(fp);

}

OUTPUT:

Type the text press enter key at the end

IAM A GOOD BOY

The content of the text file is:

IAM A GOOD BOY

Number of Vowels present=6

*************************************************************

Ex.No:19 Date:

Reg No: Name:

CUBE OF A VALUE-CALL BY VALUE

*************************************************************

CODING:

#include<stdio.h>

int interchange(int *a,int *b);

main()

{

int i,j;

printf("Enter the value of i,j:\n");

scanf("%d%d",&i,&j);

printf("i and j values before interchanging: %d\t%d\n",i,j);

interchange(&i,&j);

printf("i and j values after interchanging: %d\t%d\n",i,j);

printf("i and j values after interchanging in the main(): %d\t%d\n",i,j);

}

int interchange(int *a,int *b)

{

int t;

t=*a;

*a=*b;

*b=t;

return;

}

OUTPUT:

Enter the value of i,j:

5 6

i and j values before interchanging: 5 6

i and j values after interchanging: 6 5

i and j values after interchanging in the main(): 6 5

*************************************************************

Ex.No:20 Date:

Reg No: Name:

INTERCHANGING TWO VALUES-CALL BY REFERENCE

*************************************************************

CODING:

#include<stdio.h>

int cube (int x);

main()

{

int n;

printf("enter the no");

scanf("%d",&n);

printf("\ncube of %d is....%d\n", n, cube (n));

}

int cube(int x)

{

x=x*x*x;

return (x);

}

OUTPUT:

enter the no 8

cube of 8 is....512

LOYOLA INSTITUTE OF TECHNOLOGY

[Affiliated to Anna University]

Palanchur, Chennai – 602 103

DEPARTMENT OF COMPUTER SCIENCE & ENGINEERING

GE2155 – COMPUTER PRACTICE LABORATORY-II

II- SEMESTER

MAY/JUNE-2010

CONTENTS

S. No Date Name of the Experiment Page

No Signature

1 Study Of Unix Operating System

2 Basic Shell Commands

3 Area of Circle

4 Biggest Among Three Numbers

5 Print 'N' Natural Numbers

6 Arithmetic Operations Using Switch Case

7 Odd or Even

8 Positive or Negative

9 Salary Computation

10 Student Details

11 Factorial Of Given Number

12 Squares And Cubes

13 Menu Driven Commands

14 Factorial Of Number Using Recursive Function

15 Student Details Using Pointers

16 File Handling –Creating File And Count Vowels In That File

17 Dynamic Memory Allocation – To Print Number In Reverse Order

18 Dynamic Memory Allocation- Palindrome

19 Cube Of A Value-Call By Value

20 Interchanging Two Values-Call By Reference

LOYOLA INSTITUTE OF TECHNOLOGY

[Affiliated to Anna University]

Palanchur, Chennai – 602 103

UNIVERSITY REGISTER NO:

CERTIFICATE

Certified to be bonafide record of work done by ________________ of II Semester B.E (COMPUTER SCIENCE & ENGINEERING) in the COMPUTER PRACTICE LABORATORY –GE2155 during the Academic Year 2009 – 2010.

HEAD OF THE DEPARTMENT STAFF-IN-CHARGE

Submitted for the University Practical Examination held on _______________

External Examiner Internal Examiner

POSTED BY SHANKAR

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Blog Archive ▼ 2011 (125)

o ▼ May (69) DBMS RECORD Project Review Form Computer Organization & Architecture Notes - 4TH U... Do You Know What it stands for Digital Principles and System Design Question Bank... CS2308 SYSTEM SOFTWARE LAB MANUAL User Interface Design Question Bank C# Struct Examples How to create new project Study of UNIX Operating System and c program for s... Department of Information Technology2008 Regulatio... CREDIT CARD PROCESSING – OOAD Project STOCK MAINTANCE SYSTEM – ooad project PASSPORT AUTOMATION SYSTEM – OOAD experiment Cloud Computing - A Dreamed vision for Empowering ... CS2309 JAVA LAB CS2308 SYSTEM SOFTWARE LAB CS2307 NETWORK LAB CS2305 PROGRAMMING PARADIGMS CS2304 SYSTEM SOFTWARE CS2303 THEORY OF COMPUTATION

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CS2302 COMPUTER NETWORKS MA2265 DISCRETE MATHEMATICS CS2301 SOFTWARE ENGINEERING ANNA UNIVERSITY COMPUTER SCIENCE AND

ENGINEERING ... SEMESTER 8 syllabus SEMESTER VIII – Elective subjects IT2064 SPEECH SIGNAL PROCESSING IT2033 BIO INFORMATICS GE2072 INDIAN CONSTITUTION AND SOCIETY GE 2023 FUNDAMENTALS OF NANOSCIENCE GE2021 PROFESSIONAL ETHICS IN ENGINEERING CS2064 AGENT BASED INTELLIGENT SYSTEMS CS 2063 GRID COMPUTING CS2057 KNOWLEDGE BASED DECISION SUPPORT

SYSTEM CS2062 QUANTUM COMPUTING CS2056 DISTRIBUTED SYSTEMS IT2403 SOFTWARE PROJECT MANAGEMENT CS2055 SOFTWARE QUALITY ASSURANCE IT2023 DIGITAL IMAGE PROCESSING CS2053 SOFT COMPUTING CS2061 ROBOTICS CS2060 HIGH SPEED NETWORKS IT2042 INFORMATION SECURITY CS2051 GRAPH THEORY GE2071 INTELLECTUAL PROPERTY RIGHTS (IPR) CS2045 WIRELESS NETWORKS CS2040 ADVANCED OPERATING SYSTEMS IT2401 SERVICE ORIENTED ARCHITECTURE IT2032 SOFTWARE TESTING IT2351 NETWORK PROGRAMMING AND

MANAGEMENT GE2022 TOTAL QUALITY MANAGEMENT IT2024 USER INTERFACE DESIGN IT2061 SYSTEMS MODELING AND SIMULATION

CS2035 NATURAL LANGUAGE PROCESSING IT2352 CRYPTOGRAPHY AND NETWORK SECURITY CS2041 C# AND .NET FRAMEWORK CS2034 TCP/IP DESIGN AND IMPLEMENTATION CS2033 REAL TIME SYSTEMS CS2032 DATA WAREHOUSING AND DATA MINING MG2453 RESOURCE MANAGEMENT TECHNIQUES CS2406 OPEN SOURCE LAB CS2405 COMPUTER GRAPHICS LABORATORY CS2403 DIGITAL SIGNAL PROCESSING CS2402 MOBILE AND PERVASIVE COMPUTING CS2401 COMPUTER GRAPHICS MG2452 ENGINEERING ECONOMICS AND FINANCIAL

ACCOUNT... ANNA UNIVERSITY COMPUTER SCIENCE AND

ENGINEERING ... ANNA UNIVERSITY COMPUTER SCIENCE AND

ENGINEERING ... o ► March (11) o ► February (7) o ► January (38)

► 2010 (185) o ► December (164) o ► November (13) o ► October (1) o ► July (7)

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