PL/SQL tutorial in tamil - Program to design Procedure using IN and OUT Parameter

PL/SQL tutorial in tamil - Program Using Implicit cursor

PL/SQL tutorial in tamil - Program Using Function part 2

PL/SQL tutorial in tamil - Program Using Procedure part 2 - Inside a PL SQL Block

PL/SQL tutorial in tamil - Program Using Procedure part 1 - Inside a Package

PL/SQL tutorial in tamil - Program Using Sequence Control

PL/SQL tutorial in tamil - Program Using Function part 1

PL/SQL tutorial in tamil - Program Using Package

PL/SQL tutorial in tamil - Program to design Procedure using IN OUT Parameter

PL/SQL tutorial in tamil - Basic concept to write basic program part 1

PL/SQL tutorial in tamil - Basic concept to write basic program part 3

PL/SQL tutorial in tamil - Program Using Conditional Control, Iterative Controls

PL/SQL tutorial in tamil - Program Using expicit cursor and pl/sql table

PL/SQL tutorial in tamil - Programs Using Exception Handling

PL/SQL tutorial in tamil - Basic concept to write basic program part 2

PL/SQL tutorial in tamil - Program Using Trigger

PL/SQL tutorial in tamil - How run program in oracle 10g

PL/SQL tutorial in tamil - Introduction

MCA CBCS Regulation and Syllabus 2016-2017 onwards (Madurai Kamaraj University)

MADURAI KAMARAJ UNIVERSITY

MADURAI – 21

MCA

(Semester)

Choice Based Credit System
REGULATIONS AND SYLLABUS
2016-2017 onwards

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M.Sc. IT CBCS Regulation and Syllabus 2016-2017 onwards (Madurai Kamaraj University)

MADURAI KAMARAJ UNIVERSITY

MADURAI – 21

M.Sc. Information Technology

(Semester)

Choice Based Credit System
REGULATIONS AND SYLLABUS
2016-2017 onwards

<<Download Link >>

M.Sc. Computer Science CBCS Regulation and Syllabus 2016-2017 onwards (Madurai Kamaraj University)

MADURAI KAMARAJ UNIVERSITY

MADURAI – 21

M.Sc Computer Science

(Semester)

Choice Based Credit System
REGULATIONS AND SYLLABUS
2016-2017 onwards

<<Download Link >>

BCA CBCS Regulation and Syllabus 2016-2017 onwards (Madurai Kamaraj University)

MADURAI KAMARAJ UNIVERSITY

MADURAI – 21

BCA

(Semester)

Choice Based Credit System
REGULATIONS AND SYLLABUS
2016-2017 onwards

<<Download Link >>

B.Sc. IT CBCS Regulation and Syllabus 2016-2017 onwards (Madurai Kamaraj University)

MADURAI KAMARAJ UNIVERSITY

MADURAI – 21

B.Sc Information Technology

(Semester)

Choice Based Credit System
REGULATIONS AND SYLLABUS
2016-2017 onwards

<<Download Link >>

B.Sc. Computer Science CBCS Regulation and Syllabus 2016-2017 onwards (Madurai Kamaraj University)

MADURAI KAMARAJ UNIVERSITY

MADURAI – 21

B.Sc Computer Science

(Semester)

Choice Based Credit SystemREGULATIONS AND SYLLABUS2016-2017 onwards

<< Download Link >>

Write a MATLAB program for 3-D multi plot with color

Code:

clear;

clc;

t = 0:pi/10:2*pi;

[X,Y,Z] = cylinder(4*cos(t));

subplot(2,2,1); mesh(X);

subplot(2,2,2); mesh(Y);

subplot(2,2,3); mesh(Z);

subplot(2,2,4); mesh(X,Y,Z);

Output:

Write MATLAB program for 3-D plot

Type 1

Code:

clc;

z=peaks(25);

figure

surf(z);

colormap(jet);

Output:

Type 2

Code:

clc;

z=peaks(25);

figure

colormap(jet);

subplot(2,2,1), mesh(z)

subplot(2,2,2), surf(z)

subplot(2,2,3),pcolor(z)

subplot(2,2,4), contour(z)

Output:

Write a MATLAB program for 2-D multi plot with color

Code:

clear;

clc;

x = 0:pi/100:2*pi;

y = sin(x);

y2 = sin(x-.25);

y3 = sin(x-.5);

subplot(2,2,1);plot(y,'b');

subplot(2,2,2);plot(y2,'r');

subplot(2,2,3);plot(y2,'g');

subplot(2,2,4);plot(x,y,x,y2,x,y3);

Output:

Write a MATLAB program for 2-D plot graph with title, legend, label

Code:

clc;

x = 0:0.01:2*pi;

y = sin(x);

z = cos(x);

figure

plot (x,y,x,z);

xlabel ('X values');

ylabel ('Y values');

title ('Sample Plot');

legend ('x data','y data');

gridon;

Output:

Write a MATLAB program for draw 2-D simple plot graph

Code:

clear;

clc;

t=0:pi/100:2*pi;

y=sin(t);

plot(t,y);

gridon;

Output:

Write a Matlab program for Edge Detection- use of Sobel, Prewitt and Roberts Operators

Code:

clear;

clc;

a = imread('d:/matimage/baby.jpg'); % Read image from graphics file

a=rgb2gray(a); % Convert RGB color image or color map to grayscale

b=edge(a,'roberts'); % Find edges in grayscale image using Robert operator

c=edge(a,'sobel'); % Find edges in grayscale image using sobel operator

d=edge(a,'prewitt'); % Find edges in grayscale image using prewitt operator

subplot(2,2,1),imshow(a),title('Original Image');

subplot(2,2,2),imshow(b),title('Roberts');

subplot(2,2,3),imshow(c),title('Sobel');

subplot(2,2,4),imshow(d),title('Prewitt');

Output:

Write a MATLAB program for to extract Red, Green, and Blue Component

Code:

clear;

clc;

rgb = imread('d:/matimage/baby.jpg'); % Read image from graphics file

r=rgb;

g=rgb;

b=rgb;

r( : , : , 2 )=0;

r( : , : , 2 )=0;

b( : , : , 1 )=0;

b( : , : , 3 )=0;

g( : , : , 1 )=0;

g( : , : , 2 )=0;

subplot(2,2,1),imshow(rgb),title('original image');

subplot(2,2,2),imshow(r),title('red component');

subplot(2,2,3),imshow(g),title('green component');

subplot(2,2,4),imshow(b),title('blue component');

Output:

Write a MATLAB program for Image Negation

Code:

clear;

clc;

a = imread('d:/matimage/baby.jpg'); % Read image from graphics file

b = 255-a; % conversion from black to white and vice-versa (black =0 and white = 255)

subplot(2,1,1), %Create axes in tiled positions

imshow(a), % displays the original image.

title('original image'); % Add title to current axes

subplot(2,1,2), %Create axes in tiled positions.

imshow(b), % displays the negative of original image.

title('negative of original image'); % Add title to current axes

Output:

Write a MATLAB program for Color – Dithering

Code:

clear;

clc;

rgb=imread('d:/matimage/nature.jpg');

imshow(rgb);

[X_no_dither,map]= rgb2ind(rgb,8,'nodither');

figure, imshow(X_no_dither,map);

[X_dither,map]=rgb2ind(rgb,8,'dither');

figure, imshow(X_dither,map);

Output:

Write a MATLAB program for Deblurring

Code:

clear;

clc;

I = imread('d:/matimage/baby.jpg');

figure; imshow(I);  title('Original Image');

LEN = 31;

THETA = 11;

PSF = fspecial('motion',LEN,THETA); % create PSF

Blurred = imfilter(I,PSF,'circular','conv');

figure; imshow(Blurred); title('Blurred Image');

Output:

Write a MATLAB program for image multiply

Hints: Both images have the same size and class or Second image must be a scalar double.

Code:

clear;

clc;

I=imread('d:/matimage/arithmetic/baby1.jpg');

J=immultiply(I,2.2);

imshow(I);

figure,imshow(J);

Output: