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Staff Details
The Department of Computer Applications offers
3 year full time professional Degree of Master of Computer Applications
Course (Semester system) with revised syllabus and regulations from
the academic year 2001 –2004 and 2002 - 2005.
The Course emphasis current trend of advanced programming on real
time applications and Communications Technology.
The Course is designed with strong mathematical Foundation, statistical
methods, Financial management, Information Technology and E-Commerce
to satisfy the requirement of current trends globally.
Department of Computer Applications has been striving to achieve
its goal of promoting higher levels of Information Technology and
current software development.
The students are encouraged to participate in National symposium,
paper presentations, group discussions and intercollegiate competition
in various colleges and organizations.
In the fifth semester, the students should carry out and finalize
their mini project in an industry / R & D Organizations and
should submit a report in the specialized area on multimedia / web
page design.
In the final semester, individual project work should be done. The
final semester project should be carried out in R & D, Industry,
University and Institution where the student is studying.
First batch students has been successfully
completed and they secured 100% result
in the academic year 2003.
Facilities
The MCA Department has highly qualified dedicated
and experienced faculty members. In addition to the above visiting
guest Lecturers proficient in the field of Information Technology,
Communication Technology is also entertained for special seminars.
The Departmental of Computer Applications is provided with sound
infrastructural facility and laboratory, well equipped with Pentium
–IV 1.65 GHz and Pentium – III - 850 Mhz
Library has more than 3500 volumes of the books and adequate number
of journal and magazines in relevance of latest trends.
Staff Details
List of Equipment
/
List of Experiment
Laboratory
Facilities :
Number
and Configuration Systems :
95
Total
Number of Systems
: 90 + 5 Server
SERVERS
1. IBM
NETFINITY SERVER
INTEL
PENTIUM III @866 MHz/(133MHz FSB)
256
KB ADVANCE TRANFER CACHE MEMORY
128
MB SD RAM ECC DIMM @ 100 MHz
1.44
MB FDD/9.1 GB ULTRA 160 SCSI
HARD
DISK/ULTRA 160 SCSI CONTROLLER/14"
IBM SVGA COLOR MONITOR INTEGRATED AGP
CARD/IS,IPARA
& SUSB PORTS
104
KEYS KBD/IBM MOUSE
10/100
MBPS ETH CARD
48
X IDE CD ROM DRIVE SERVER GUIDE/
NETFINITY
DIRECTOR NORTHON ANTIVIRUS/IBM
FULL
TOWER CABINET
2. LAN
SERVER
MASTERMIND
COMPUTER WITH
INTEL
PENTIUM III @ 850 Mhz
64
MB SD RAM/INTEL 810 MBD
20
GB HDD / 15" VGA COLOR MONITOR
AGP
& SNDCARD ONBOARD
107
KBD / MOUSE
2
SERI & 1 PARA PORTS
MINI
TOWER CABINET
10/100
MBPS ETHERNET CARD
3. LINUX SERVER
MASTERMIND
COMPUTER WITH
INTEL PENTIUM IV @ 1.60 Ghz
128 MB SD RAM / INTEL 810
MBD
40 GB HDD / 15" VGA
COLOR MONITOR
1.44 MB FDD / CD WRITTER
104 KBD / MOUSE
PS4 CHASIS CABINET
10 / 100 MBPS ETHERNET CARD
4. ORACLE
SERVER
CELERON & 566 Mhz
64 MB SDRAM / 810 MBD
15 GB HDD
15" SVGA COLOR MONITOR
104 KEYS KEYBOARD
AGP & SND CARD ONBOARD
2 SERIAL AND PARALLEL PORTS
MINI TOWER CABINET, MOUSE
10 / 100 ETHERNET CARD
5. internet SERVER
INTEL PENTIUM IV @ 1.8 Ghz
256 MB SD RAM / 845 MBD
40 GB HDD / 15" VGA
COLOR MONITOR
1.44 MB FDD / CD WRITTER
104 KBD / MOUSE
PS4 CHASIS CABINET
10 / 100 MBPS ETHERNET
CARD
NODES
P-III
: 30 Systems ; P-IV
– 60 Systems
5
MASTERMIND COMPUTER WITH
INTEL PENITUM III @ 850 Mhz
1.44 MB FDD
128 MB SD RAM / INTEL 810
MBD
40 GB HDD / 15" VGA
COLOR MONITOR
AGP & SNDCARD 0N BOARD
107 KBD / MOUSE
2 SERI & 1 PARA PORTS
MINI TOWER CABINET
10 / 100 MBPS ETHERNET CARD
6
MASTERMIND COMPUTER WITH
INTEL PENTIUM IV @ 1.60 Ghz
128 MB SD RAM / INTEL 810
MBD
40 GB HDD / 15" VGA
COLOR MONITOR
1.44 MB FDD / CD WRITTER
104 KBD / MOUSE
PS4 CHASIS CABINET
10 / 100 MBPS ETHERNET CARD
Total
Number Systems Connected by LAN : 95
Total
Number Systems Connected by WAN : - Nil -
Internet
Bandwidth
: 64 Kbps (
Leased Line Circuit
from BSNL)
Major
Software packages available
:
i.
Borland Turbo C++ Suite Academic CD-Media
ii. Oracle 9i on Windows 2003 Server (5 Named users)
iii. Ms-Office 2003
Professional Academic CD-Media
iv. Macromedia Studio MX2004 Academic CD-Media
v.
MS-SQL Standard 2000 Server Media Kit
vi.
MS-Visual Studio .Net Proff 2003 Media Kit
vii.
MS-Windows Server-2003 License
viii. MS-Windows Server 2003-Client license
ix. Norton Anti Virus Small Business Edition(ver 8.1(5users) CD-Media
x. SQL Server License
xi. SQL Server Additional License
xii. TASM – Additional License
xiii. TASM – Additional License
xiv. Oracle 9i Standard Edition – CD Media
xv. Novell Netware & Server License
xvi. Visual Studio . net Pro-Additional License
xvii.Windows 98 (Full Pack CD)
xviii.
PASCAL on DOS (1Floppy Disk)
xix. TURBO C++ on DOS (1CD)
xx.
Rational Rose
Special
Purpose facilities available :
i. Library
Reservation System
ii. Digital Library
iii.
LCD Projector
LIST
OF PRACTICALS
MC1606
- Data Structures Lab
1.
Represent the given sparse matrix using one dimensional array and linked
list.
Create a Stack and do the following operations using arrays and linked
lists
(i)Push (ii)
Pop (iii) Peep
2.
Create a Queue and do the following operations using arrays and linked
lists
(i)Add (ii)
Remove
3.
Implement the operations on singly linked list, doubly linked list and
circular linked list.
4.
Create a binary search tree and do the following traversals
(i)In-order (ii) Pre order
(iii) Post order
5.
Implement the following operations on a binary search tree
(i) Insert a node (ii) Delete a node
6.
Sort the given list of numbers using heap and quick sort.
7.
Perform the following operations in a given graph
(i) Depth first search
(ii) Breadth first search
8.
Find the shortest path in a given graph using Dijkstra algorithm
MC1607
- Programming Lab
1.
Display the following:
(i) Floyd’s triangle
(ii) Pascal Triangle
2.
Generate the following series of numbers:
Armstrong numbers between 1 to 100
Prime numbers between 1 to 50
Fibonacci series up to N numbers
3.
Manipulate the strings with following operations.
(i) Concatenating
two strings (ii) Reversing the string
(iii) Finding the substring
(iv) Replacing a string
(v) Finding length of the string
4.
Find the summation of the following series:
(i) Sine (ii) Cosine (iii) Exponential
5.
Create the sales report for M sales person and N products using two
dimensional array.
6.
Simulate following Banking operations using functions.
(i)Deposit (ii) Withdrawal
(iii) Balance Enquiry
7.
Implement using recursion
I, Find the solution of Towers of Hanoi problem using recursion.
II, Fibonacci number generation.
III, Factorial
8.
Generate Student mark sheets using structures.
9.
Create a collection of books using arrays of structures and do the
following:
(i) Search a book with title and author name
(ii) Sorts the books on
title.
MC1656
- Object Oriented Programming Lab
1.
Programs using Constructor & Destructor.
2.
Creation of classes & use of Different types of functions.
3.
Count the number of objects created for a class using static member
function
4.
Write programs using function overloading and operator overloading.
5.
Programs using inheritance
6.
Programs using Friend function
7.
Programs using Virtual function
8.
Write a program using exception handling mechanism
9.
Programs using files.
10.
Programs using function templates.
CA1657
- DBMS Lab
1.
Execute a single line and group functions for a table.
2.
Execute DCL and TCL
Commands.
3.
Create and manipulate various DB objects for a table.
4.
Create views, Partitions and locks for a particular DB.
5.
Write PL/SQL procedure for an application using exception handling.
6.
Write PL/SQL procedure for an application using cursors
7.Write
a DBMS program to prepare reports for an application using functions.
8.
Write PL/SQL block for transaction operation of
a typical application
using triggers.
9.
Write PL/SQL block for transaction operation of
a typical application
using package
10.
Design and develop an application using any front end and back end
tool(make use of ER
diagram and DFD).
Typical
Applications – Banking, Electricity Billing, Library Operation, Pay
roll, Insurance, Inventory, etc.
MC1658
- Algorithms Lab
1.
Apply the divide and Conquer technique to arrange a set of numbers using
merge sort method.
2.
Perform Strassen’s matrix multiplication using divide and conquer
method.
3.
Solve the Knapsack problem using greedy method.
4.
Construct a minimum spanning tree using greedy method
5.
Construct optimal binary search trees using dynamic programming method
of problem solving.
6.
Find the solution for traveling salesperson problem using dynamic
programming approach.
7.
Perform graph traversals.
8. Implement the 8 Queens problem using backtracking.
9. Implement Knapsack problem using backtracking.
10.
Find the solution of traveling salesperson problem using branch and
bound technique.
Computing
Facilities :
Number
and Configuration Systems
: 95
Total
Number Systems Connected by LAN
: 95
Total
Number Systems Connected by WAN
: NIL
Internet
Bandwidth Circuit from BSNL
: 64
Kbps
Special
Purpose facilities available
: i.
Library Reservation System
ii.
Digital Library
iii. LCD Projector
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