Experiments/Program Codes - Final Year Computer Engineering ( 8th Sem )

This section contains some of my programs that I had written during my final year in computer engineering. The program codes are absolutely free and can be copied and redistributed by anyone. I hope this section proves to be helpful for the B.E. Computer Engineering students.

Huffman Code

Aim: To implement Huffman Code.

Programming Language used: C++

Compiler required: Turbo C/C++

Written during: Final Year of Engineering (2007)

Subject: Advanced Data Structure and Algorithms

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RSA Algorithm

Aim: To implement RSA Algorithm.

Programming Language used: C++

Compiler required: Turbo C/C++

Written during: Final Year of Engineering (2007)

Subject: Advanced Data Structure and Algorithms

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Parallel Tournament

Aim: To implement parallel tournament method to find the maximum number.

Programming Language used: C++

Compiler required: Turbo C/C++

Written during: Final Year of Engineering (2007)

Subject: Advanced Data Structure and Algorithms

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Caesar Cipher

Aim: To implement Caesar Cipher method.

Programming Language used: C++

Compiler required: GCC/G++

Written during: Final Year of Engineering (2007)

Subject: Cryptography and Network Security

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Hill Cipher

Aim: To implement Hill Cipher method.

Programming Language used: C++

Compiler required: GCC/G++

Written during: Final Year of Engineering (2007)

Subject: Cryptography and Network Security

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Diffie Hellman

Aim: To implement Diffie Hellman method to generate the secret key.

Programming Language used: C++

Compiler required: Turbo C/C++

Written during: Final Year of Engineering (2007)

Subject: Cryptography and Network Security

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Experiments/Program Codes - Final Year Computer Engineering ( 7th Sem )

This section contains some of my programs that I had written during my final year in computer engineering. The program codes are absolutely free and can be copied and redistributed by anyone. I hope this section proves to be helpful for the B.E. Computer Engineering students.

Single Deletion Error Detection and Correction

Aim: To detect and correct single deletion error in the given Assembly Language Program.

Programming Language used: C++

Compiler required: GCC/G++

Written during: Final Year of Engineering (2006)

Subject: Language Translators

Input file: /root/lt/1_sde/alp.txt

START
MRV AREG TEN
MOVM AREG TOTAL
MOVR BREG TWO
MOV BREG EVEN
MOV BREG ZERO
MOVM BREG SUM
MOVR BREG SUM
AD BREG EVEN
MVM BREG SUM
MOR CREG EVEN
AD CREG TWO
MOVM CREG EVEN
MOVR DREG TOTAL
DV DREG ONE
MOVM DREG TOTAL
COP DREG ONE
BC GT BACK
MOR BREG SUM
MUL BREG SUM
MOVM BREG SUM
WITE SUM
STOP
TEN DC '10'
ZERO DC '0'
EVEN DS 2
SUM DS 2
TOTAL DS 2
TWO DC '2'
END

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Left Recursion Removal

Aim: To read a set of production rules in a context free grammer and to identify and remove left recursions.

Programming Language used: C++

Compiler required: GCC/G++

Written during: Final Year of Engineering (2006)

Subject: Language Translators

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LEX Specification Program 1

Aim: Write a LEX Specification Program to produce the statistics like number of statements, characters, words, special characters, percentage of vowels and percentage of delimiters.

Written during: Final Year of Engineering (2006)

Subject: Language Translators

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LEX Specification Program 2

Aim: Write a LEX Specification Program to reverse the given code sample.

Written during: Final Year of Engineering (2006)

Subject: Language Translators

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Parsing using Predictive Parsing Table

Aim: To parse a string using predictive parsing table.

Programming Language used: C++

Compiler required: GCC/G++

Written during: Final Year of Engineering (2006)

Subject: Language Translators

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Basic Blocks in a Qquadruple

Aim: To identify the basic blocks in the given quadruple.

Programming Language used: C++

Compiler required: GCC/G++

Written during: Final Year of Engineering (2006)

Subject: Language Translators

Input file: /root/lt/6_quad/input.txt

01: location=-1
02: i=0
03: if(i<100)>
04: goto 13
05: t1=4*i
06: t2=A[t1]
07: if(t2=x) goto 09
08: goto 10
09: location=i
10: t3=i+1
11: i=t3
12: goto 03
13: -

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Domain Name Server

Aim: To implement Domain Name Server.

Programming Language used: Java

Written during: Final Year of Engineering (2006)

Subject: Distributed Operating System

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Single Client Single Sever

Aim: To implement Single Client and Single Sever.

Programming Language used: Java

Written during: Final Year of Engineering (2006)

Subject: Distributed Operating System

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Remote Method Invocation

Aim: To implement Remote Invocation Method.

Programming Language used: Java

Written during: Final Year of Engineering (2006)

Subject: Distributed Operating System

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Berkeley’s Algorithm

Aim: To implement Berkeley’s Algorithm.

Programming Language used: C++

Compiler required: Turbo C/C++

Written during: Final Year of Engineering (2006)

Subject: Distributed Operating System

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Experiments/Program Codes - Third Year Computer Engineering ( 6th Sem )

This section contains some of my programs that I had written during my third year in computer engineering. The program codes are absolutely free and can be copied and redistributed by anyone. I hope this section proves to be helpful for the T.Y. Computer Engineering students.

DDA Algorithm

Aim: Generation of a triangle using DDA algorithm.

Programming Language used: C++

Compiler required: Turbo C/C++

Written during: Third Year of Engineering (2006)

Subject: Computer Graphics

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Bresenham’s Algorithm

Aim: To implement Bresenham's algorithm.

Programming Language used: C++

Compiler required: Turbo C/C++

Written during: Third Year of Engineering (2006)

Subject: Computer Graphics

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Midpoint Circle Algorithm

Aim: To generate a circle using the midpoint circle algorithm.

Programming Language used: C

Compiler required: Turbo C/C++

Written during: Third Year of Engineering (2006)

Subject: Computer Graphics

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Midpoint Ellipse Algorithm

Aim: To draw an ellipse using the midpoint-ellipse algorithm.

Programming Language used: C

Compiler required: Turbo C/C++

Written during: Third Year of Engineering (2006)

Subject: Computer Graphics

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Boundary Fill Algorithm

Aim: To implement boundary fill algorithm to fill a polygon.

Programming Language used: C++

Compiler required: Turbo C/C++

Written during: Third Year of Engineering (2006)

Subject: Computer Graphics

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Two Dimensional Transformations

Aim: To demonstrate the various two-dimensional transformations.

Programming Language used: C

Compiler required: Turbo C/C++

Written during: Third Year of Engineering (2006)

Subject: Computer Graphics

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Cohen-Sutherland Two-Dimensional Line Clipping Algorithm

Aim: To implement the Cohen-Sutherland Two-Dimensional Line Clipping Algorithm.

Programming Language used: C

Compiler required: Turbo C/C++

Written during: Third Year of Engineering (2006)

Subject: Computer Graphics

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Sutherland-Hodgeman 2-D Polygon Clipping Algorithm

Aim: To implement the Cohen-Sutherland Two-Dimensional Line Clipping Algorithm.

Programming Language used: C

Compiler required: Turbo C/C++

Written during: Third Year of Engineering (2006)

Subject: Computer Graphics

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Bezier Curves

Aim: To generate bezier curves using input control points.

Programming Language used: C

Compiler required: Turbo C/C++

Written during: Third Year of Engineering (2006)

Subject: Computer Graphics

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Bouncing Ball Animation

Aim: To create an animation showing a bouncing ball.

Programming Language used: C++

Compiler required: Turbo C/C++

Written during: Third Year of Engineering (2006)

Subject: Computer Graphics

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KnapSack

Aim: To find optimal solution using Knapsack method.

Programming Language used: C++

Compiler required: GCC

Written during: Third Year of Engineering (2006)

Subject: Operation Research

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Encoding Techniques

Aim: To achieve all eight encoding techniques:

1) Nonreturn to Zero-Level (NRZ-L)

2) Nonreturn to Zero Inverted (NRZI)

3) Bipolar-AMI

4) Pseudoternary

5) Manchester

6) Differential Manchester

7) B8ZS

8) HDB3

Programming Language used: C++

Compiler required: Turbo C/C++

Written during: Third Year of Engineering (2006)

Subject: Computer Networks - I

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