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SMU MCA SEM 1 SPRING 2015 ASSIGNMENTS
MCA1010- FUNDAMENTALS OF COMPUTER AND IT
1
Compare first generation and second generation computers
2
Differentiate between integrated Circuits and microprocessors.
3
What is the significance of Processor mode? Explain three types of processor
modes.
4
Explain the features of a mouse and a track ball
5
What is data communication? Explain different Data Transmission methods.
6
What is an IP address? Describe the classes of IP addresses.
MCA1020- PROGRAMMING IN C
1 Explain the history of C
language. What are the advantages of C language.
2 Differentiate between formal
parameters and actual parameters with example
3 Describe about static and
external variables.
4 Distinguish between pass by
value and pass by reference with the help of an example.
5 Define macro. How we can
declare a macro statement? Explain with an example.
6 What is the use of fopen () and
fclose () function? List and explain different modes for opening a file.
MCA1030- FOUNDATION OF MATHEMATICS
1
State Leibnitz’s theorem. Find the nth derivative of (x)= x^2 e^ax , using
Leibnitz theorem.
2
Define Tautology and contradiction. Show that
a)
(pÚ q)
Ú (~
p) is a tautology.
b)
(pÙ q)
Ù (~
p) is a contradiction
3
State Lagrange’s Theorem. Verify Lagrange’s mean value theorem for the function
f(x) = 3 x2 – 5x + 1 defined in interval [2, 5]
4
Define Negation. Write the negation of each of the following conjunctions:
a)
Paris is in France and London is in England.
b)
2 + 3 = 5 and 8 < 10.
5
Find the asymptote parallel to the coordinate axis of the following curves
(x^2+y^2)-
ay^2 = 0
X^2y^2-a^2(x^2+Y^2)
= 0
6 Define
(i) Set (ii)Null Set(iii) Subset(iv)Power set (v)Union set
MCA1040- SYSTEM ANALYSIS AND DESIGN
1
Describe the following:
a)
Transaction Processing Systems (TPS)
b)
Management Information Systems (MIS)
c)
Decision Support Systems (DSS)
d)
Office Automation Systems (OAS)
2
Define attributes. What are the two attribute classifications? Explain about
properties and characteristics.
3
Explain the concept of Analysis and Design in system development life cycle.
4
Write short notes on:
a.
Data Dictionary
b.
Data Element
c.
Data Structure
d.
Data Store
e.
Data Flow
5
What are the different types of methods used for the training of operators and
users? Discuss.
6
Explain the concept of inheritance and polymorphism with example
SMU MCA SEM 2 SPRING 2015 ASSIGNMENTS
MCA 2010
1.
Differentiate between Simple Batch Operating Systems and Time-sharing Operating
Systems.
2
Explain the different process states.
3
Define Deadlock. Explain necessary conditions for deadlock.
4
Differentiate between Sequential access and direct access methods.
5
Differentiate between Daisy chain bus arbitration and Priority encoded bus
arbitration.
6
Explain LRU page replacement algorithm with example
MCA2020
1 Define
Modularity and explain its need in computer programs
2 Define Queue and
explain how we can implementation the Queue.
3 List the
Advantages and Disadvantages of Linear and linked representation of tree.
4 List and explain
any Five types of graph.
5 Explain
a) Fixed block
storage allocation.
b) Variable block
storage allocation
6 What is the use
of external Storage Devices? Explain any two external storage devices
MCA 2030
1
Write short notes on:
a)
Switch statement
b)
Conditional Operator.
2
Differentiate between Classes and Objects. Write an example program to
represent a class and its object.
3
Describe operator overloading. Which are the operators that cannot be
overloaded?
4
What are the advantages of Polymorphism? How it can be implemented?
5
Differentiate between Containers and Iterators
6 Describe the two basic models in exception
handling theory.
SMU MCA SEM 3 SPRING 2015 ASSIGNMENTS
MCA3010-
FINANCIAL MANAGEMENT AND ACCOUNTING
1
Explain the process involved in accounting. What are the objectives of
accounting?
2
Briefly explain the role of management accounting. Also describe the functions
of management accounting.
3
What is fund flow analysis? What are the objectives of analysing flow of fund?
4
What is cash flow statement and how is the cash flow statement subdivided?
5
What are the merits of budgets?
6
Describe the essential features of budgetary control.
MCA3020-
ADVANCED DATABASE MANAGEMENT SYSTEM
1.
Describe the following:
a)
Hierarchical Model
b)
Network Model
2
Explain the physical query plan operators. What is the significance of
Iterators?
3
Differentiate between Serialisability and Recoverability.
4
Discuss about Parallel query processing. How parallel-execution works?.
5
Differentiate between homogeneous and heterogeneous Database.
6
Write short notes on ODMG standards. What are the various components of
ODMG-93?
MCA3030-LINUX
OS
1
Draw and explain different layers of Linux Operating System..
2
What are run levels? Explain in detail.
3
Describe the following:
a) File
encryption
b)
Email encryption
MCA3040-
TECHNICAL WRITING
1
What’s Audience Analysis? Explain its significance in Technical Communication
2
Explain the role of a technical editor. Differentiate between Micro and Macro
editing.
3
Explain the various phases involved in System Development Life Cycle (SDLC).
MCA3050-
ADVANCED COMPUTER NETWORKS
1
Differentiate between Physical addresses and Logical addresses..
2
Describe about DWDM. Explain the components of a basic DWDM system
3
Describe about Peak cell rate (PCR) and Sustained cell rate (SCR).
4
Describe the following:
a)
Open Shortest Path First (OSPF) protocol
b)
Broader Gateway Routing Protocol (BGP)
5
Write short notes on:
a)
Cryptography
b)
Encryption
c)
Decryption
d)
Cryptanalysis
e)
Cryptology
6
Differentiate between Single server queue and Multi-server queue
SMU MCA SEM 4 SPRING 2015 ASSIGNMENTS
MCA4010-
MICROPROCESSOR
1
Differentiate between 16-bit and 32-bit Microprocessors.
2 Write short notes on:
a) Bus Interface Unit (BIU)
b) Execution Unit (EU)
3 Write short notes on:
a) REP Prefix
b) Table Translation
4 Describe about Key-code Data
Formats and FIFO Status Word formats.
5 Write a note on
(a) RS 232 standard
(b) IEEE 488 standard
6 Write short note on:
a) Parallel Printer Interface
(LPT)
b) Universal Serial Bus (USB)
MCA4020-
PROBABILITY AND STATISTICS
1. Three machines A, B and C
produce respectively 60%, 30% and 10% of the total number of items of a
factory. The percentage of defective output of these machines are respectively
2%, 3% and 4%. An item is selected at random and is found to be defective. Find
the probability that the item was produced by machine C.
2 Find the constant k so that Is a
joint probability density function. Are X and Y independent?
3 The data shows the distribution
of weight of students of 1st standard of a school. Find the quartiles.
Class Interval
|
13-18
|
18-20
|
20-21
|
21-22
|
22-23
|
23-25
|
25-30
|
Frequency
|
22
|
27
|
51
|
42
|
32
|
16
|
10
|
4 Fit a trend line to the following
data by the freehand method:
Year
|
Production
of wheat (in tonnes)
|
Year
|
Production
of wheat (in tonnes)
|
1995
|
20
|
2000
|
25
|
1996
|
22
|
2001
|
23
|
1997
|
24
|
2002
|
26
|
1998
|
21
|
2003
|
25
|
19990
|
23
|
2004
|
24
|
5 Let X be a random variable and
its probability mass function is p(x=r) = q^r-1 p, r = 1,2,3. Find the m.g.f.
of X and hence it’s mean and variance.
6 The diastolic blood pressures of
men are distributed as shown in table. Find the standard deviation and
variance.
Pressure (men)
|
78-80
|
80-82
|
82-84
|
84-86
|
86-88
|
88-90
|
No. of Men
|
3
|
15
|
26
|
23
|
9
|
4
|
MCA 4030 - PROGRAMMING IN JAVA
1
Describe about JDK. List and explain any five tools available in JDK.
2
Differentiate Break and Continue statements in Java with example program.
3
Differentiate between packages and Interfaces.
4
What are Applets? What are the restrictions of Applets? Describe about applet
class.
5
Compare JDBC and ODBC.
6
Describe about Java Beans and BeanBox.
MCA4040- ANALYSIS AND DESIGN OF ALGORITHM
1
Describe the properties of Algorithms.
2
Define selection sort and explain how to implement the selection sort?
3
Define Topological sort. And explain with example.
4
Explain good-suffix and bad-character shift in Boyer-Moore algorithm.
5
Solve the Knapsack problem using memory functions.
Item
1 2 3 4
Weight
2 6 4 8
Value
(in Rs.) 12 16 30 40
Knapsack
capacity is given as W=12. Analyze the Knapsack problem using memory functions
with the help of the values given above.
6 Describe
Variable Length Encoding and Huffman Encoding
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