IT –301 APPLIED MATHEMATICS

(1) ORDINARY DIFFERENTIAL EQUATION OF HIGHER ORDER: definition, complete solution, operator d, complementary function, inverse operator, rules for finding particular integral,  cauchy’s  &  legendre’s  linear equation, simultaneous linear equations with constant coefficients, application to engineering problems such as forced damped oscillations, electrical circuits etc. 
(2) FOURIER SERIES:  Euler’s formula, dirichlet’s conditions, functions having points of discontinuity, change of interval, expansion of odd or even periodic functions, half range series & fourier transformation. 
(3)  LAPLACE TRANSFORM: introduction, transform of elementary functions, properties of L.T., existence conditions, inverse transform, transform of derivatives, transform of integrals, multiplication by tn, division by t, convolution theorem, application to solution of differential equation. 
(4)  INTEGRAL TRANSFORM:  introduction, definition, fourier integral ,fourier transform, convolution theorem for F-transform, parsvel’s identity, relation between fourier transform & laplace transform, f-transform of the derivative  of a function, application of transform to boundary value problems.
(5)  Z-TRANSFORM 
(6)  PARTIAL DIFFERENTIAL  EQUATION WITH APLICATION :formation  of p.d.e., particular and complete integral, equation solvable by direct integration, linear equation of first order, non-linear equation of first order, homogeneous linear equation with constant co-efficients, method of seperation of variables , boundary value problems, solution of wave equation, one dimensional heat flow problems, solution of laplace’s equation(two dimension) 
BOOKS:
·         Higher engineering Mathematics by B.S.GREWAL
·         A text book of Applied Mathematics by P.N.WARTICAR/J.N.WARTICAR
·         Engg. Mathematics by G.V.KUMBHOJKAR II/III
·         Advance Engg. Mathematics by CHANDRIKA PRASAD
* Term work/Practical shall be based on above syllabus

IT-302   COMPUTER PROGRAMMING

• Introduction

Introduction to computers, organization of computers (block diagram), modes of operation,   types of programming languages, basic structure of c programs, programming style, execution of c programs.

• Constants, Variables & Data Types in C

Character set, c tokens, keywords and identifiers, constants, variables, data types,   declaration of variables, value assignment, symbolic constants.

• Operators & Expressions

Arithmetic, relational, logical, assignment, increment, decrement, conditional, bitwise and special operators, arithmetic expressions, priority and evaluation type conversion.

• Data input and output

 Reading and writing a character, formatted input and output.

• Control statements

Branching – IF and IF… ELSE statements, nesting, ELSE…IF ladder, switch statement, ?: operator, GO TO statement. 

• Decision making & Looping

 WHILE, DO , FOR statements and jumps in loops. 

• Arrays

One dimensional, two dimensional array and their initialization, multi dimensional arrays. 

• Strings Character

Declaring and initializing, reading and writing strings, arithmetic operations, combination, comparison and handling of strings. 

• Functions

C function, necessity, categories, calling and nesting of functions, arguments with and without return values, recursion, functions with array, non integer functions and their handling. 

• Structures and Unions

Definition, initialization, assignment of values, comparison of structure variables, arrays, structures within structures, structure and functions, unions, size of structures, bit fields. 

• Pointers

Introduction, pointers and arrays, pointers and strings, pointers and structure, pointers miscellany.  

• File management in C

Defining, opening and closing a file, input, output and error handling, random access to files, command line argument.

• Dynamic memory allocation and Linked lists

Dynamic memory allocation, linked lists, advantages and types, pointers revisited, basic list operations and application of linked lists. 

• Preprocessor

 Macro substitution, file inclusion, compiler control directives, additions. 

• C programming guidelines

Development of algorithms, flowcharts, design, coding, common errors, testing, debugging, efficiency. 

• Graphics

General graphical statements and program statements to draw point, line, circle and geometrical figures and graphs, selection of colors and filing color into the figure. 

• Programs

 Complete program on typical applications.

   Practical and term work shall be based on the above topics, giving due weight age to the above topics 
   BOOKS:
(1)   Programming in C – E-Balagurusamy, TMH.
(2)   Understanding pointers in C – Yashwant Kanetkar, BPB.
(3)   Programming with C – Byron S. Gottfried, Schaum series, TMH. 
* Term work/Practical shall be based on above syllabus.

IT-303   FUNDAMENTALS OF DIGITAL ELECTRONICS

 1.      BINARY SYSTEM
Digital computer and digital systems, Binary numbers, Number base conversion , Octal and hexadecimal Numbers, Complements, Binary codes, Binary storage and registers, Binary logic. 
2.      BOOLEAN ALGIBRA AND LOGIN GATES.
Basic definition , Axiomatic definition of Boolean algebra, Basic theorems and properties of Boolean algebra, Boolean function, Canonical and standard  forms, Other logic operations, Digital login gates, IC digital logic families. 
3.      SIMPLIFICATION OF BOOLEAN FUNCTION
The map method, Two and three variable maps, Four variable map, Five and six variable maps, Product of sums simplification, NAND and NOR implementation, Other two level implementation, Don’t care conditions, The tabulation method, Determination of prime implicates, Selection of prime implicates. 
4.      COMBINATIONAL LOGIC
Introduction, Design procedure, Adders, Sub tractors, Code conversion, Analysis procedure , Multilevel NAND circuits, Multilevel NOR circuits, Exclusive-or and equivalence function. 
5.      COMBINATIONAL LOGIC WITH MSI AND LSI
Introduction, Binary parallel adders, Decimal adder, Magnitude comparator, Decoders, Multiplexor, ROM, Programmable logic array. 
6.      SEQUENCIAL LOGIC
Introduction, Flip-flops, Triggering of Flip flops, Analysis of clocked sequential circuits. State reduction and assignment, Flip flop excitation tables, Design procedure, Design of counters. 
7.      REGISTERS, COUNTERS AND THE MEMORY UNIT
Introduction, Registers, Shift registers, Ripple counter, Synchronous counter, Timing sequences, the memory unit, example of random access memories. 
8.      DIGITAL INTEGRATED CIRCUITS
Introduction, Bipolar transistor characteristics, RTL and DTL circuits, Integrated injection logic (IIL), Transistor- Transistor logic (TTL), Emitter coupled logic (ECL), Metal oxide semiconductor (MOS), Complementary MOS ( CMOS)  

BOOKS:-

1.      DIGITAL LOGIC AND COMPUTER DESIGN     -              M MORRIS MANO  (PHI PUBLICATION)
2.      DIGITAL PRINCIPAL AND APPLICATION        -         MALVINO AND LEACH
3.      DIGITAL ELECTRONICS          -         W H GOTHMAN
4.      INTEGRATED ELECTRONICS                -         MILLMAN AND HALKIES
5.      DIGITAL COMPUTER FUNDAMENTAL            -         BARTEE
* Term work/Practical shall be based on above syllabus.

IT –304 FUNDAMETALS OF INTERNET & WEB DESIGNING

1.       The Internet
       Introduction, Internet defined, Internet History, The way Internet works, Prepare to connect            Internet, Connect to your service provider, Configure your TCP/IP Software. 
2.       Browsing  The Web
Introduction, Types of Web Browser, Browser Terminology, Web Terminology, URL. 
3.       Fundamentals Of Electronic Mail
E-mail Introduction, User’s id, passwords , E-mail Addresses, Message Component &Composition, Mailer Futures, E-mail inner working, E-mail management. 
4.       Fundamental of World Wide Web & Searching the Web
Introduction, Web writing styles, Web Presentation  & Registration, Searching the Web, Search Fundamentals &  Strategies, How does the Search engine work? 
5.       Telnet and FTP
Introduction, Telnet and Remote Login, File Transfer, Computer Viruses. 
 WEB PROGRAMMING
1.       Basic HTML
Introduction, Headers and Footers, Lists, Tables, Debugging
2.       Web Graphics
Introduction,  Popular Image Formats, GIF Features, Image Tag Revisited, Image Maps, Scanners, Miscellaneous Graphics Topics.
3.       Advance HTML
Introduction, Frames, HTML Forms, CGI Scripts, Dynamics Documents, HTML Tools, Next Generation HTML.
4.       Multimedia
Introduction, Important Multimedia Issues, Audio, Movies & Video, Virtual Reality & 3D Modeling, Multimedia & HTML Documents.
5.       Privacy and Security Topics.
Introduction, Known Information, Software Complexity, Encryption Schemes, Secure Web Documents, Digital Signature, Firewalls.
Practical and term work shall be based on the above topics, giving due weight age to the above topics 
Text Book  :  
    1. Fundamentals of the Internet and  the World Wide Web by  Raymond Greenlaw & Ellen Hepp  - TMH 
Reference Books  :   

1. The Big Basics  Book of  The Internet by Joe Habraken  -  PHI
2. The ABCs of the Internet  by Christian Crunlish  - BPB

* Term work/Practical shall be based on above syllabus.

IT –305 QUANTITATIVE ANALYSIS FOR BUSINESS APPLICATION

 1. Quantitative Decision making – Overview (IGNOU)

•       Meaning of Quantitative Technique
•       Statistics and Operation Research
•       Classification of statistical methods
•       Models in O.R.
•       Various statistical methods
•       Advantages of O.T.
•       Q T  in Business and Management 

2. Decision making models    (QTCA)

•       Process of Decision Making
•       Management Science approach to decision making
•       Planning, Organizing and controlling operation by modeling
•       Industrial dynamics – introduction and use of elementary models in long range planning

3. Data collection and analysis

•        Collection and Presentation of data    (MS-8)
•         Measures of control tendency
•         Measures of variation and skewness

4. Probability Distribution and statistics (MS-8 + OTCA)

•       Normal, Binomial and Poisson distribution their properties and application
•       Basic concepts of probability
•       Discrete probability distribution
•       Continuous probability distribution
•       Decision theory
•       Probability density function
•       Standard error of means and variance
•       Test of significance – T.F. and chi test
•       ANOVA
•       Curve fitting, Goodness of fit
•       Correction and regression analysis
•       Introduction to design of experiments

5.            Business Forecasting

•       Time Series analysis and other models
•       Correlation and regression

6.            Business Financials

•       Marginal coasting
•       Activity Based costing
•       Capital investment
•       Budgetary control
•       Present policy
•       Inventory management

       7.   Acceptance Sampling

                              1.        Sampling Methods
                              2.        Sampling distribution and their application
                              3.        Testing of hypotheses 
TEXTS/REFERENCES:
   1.  Gupta S.P.   and Gupta, M.P. , Business Statistics,  Sultanchand & Sons New Delhi 1987
   2.   Loomba, M.P. Management – A Quantitative Perspective, McMillan,Pub Co. New York, 1978
   3.   Shenoy, G.V,  Srevastava,U.K., Sharma,S.C. Quantitative Techniques
           managerial decision making Wilay Eastern, New Delhi 
   4.   Levin, R Statistics for Management Prentice Hall Inc., New York, 1984
   5.    Parzen, E, Modern Probability Theory and Its applications, wilay Eastern New York.
   6.    Buffa, E.S. Modern Production Management
   7.    Emory,C.W., Business Research Methods, Richard S. Irwin, Inc.,Homewood.
   8.   Montgomery, D.C. & Johnson, L.A. Forecasting and Time Series Analysis, McGraw Hill,    New York. 
* Term work/Practical shall be based on above syllabus.

IT-306   APPLICATION PACKAGES 

• Fundamentals of computer:
• Disk operating system
• Window based operating system

• Microsoft Office
1. Using common office techniques
2. MS office and the internet
3. Personalizing office
4. Sharing information
• Word for windows
1. Creating and editing word documents
2. Formatting documents
3. Working with tabs, tables, and columns
4. Working with graphics
5. Formatting shortcuts
6. Streamlining repetitive work

• Working with Excel
1. Introduction to excel worksheets
2. Formatting and printing
3. Working with workbooks
4. Functions and formulas
5. Working with excel graphics
6. Working with lists and databases
7. Analyzing information and solving problems
• Presenting PowerPoint
1. Creating presentations
2. Creating and showing slide shows

• Managing Data with Access
1. Introduction
2. Creating g custom databases and tables
3. Finding information
4. Creating forms, reports, and data access pages
• Microsoft Outlook

1.       Outlook
2.       Managing your schedule
3.       Working with outlook express
               Microsoft Front Page
                       1.       Designing web pages
                       2.       Creating and testing
                       3.       Using different styles
                       4.       Publishing 
TEXT BOOK: MS OFFICE 2000 BY TATA MC GARAW HILL
* Term work/Practical shall be based on above syllabus.