ࡱ> npm#` 6ebjbj\.\. 2>D>D6\$$$$$$$8D@48$Th!l+-$+$$Xn$$$$t )?on0("("("$  S++888888888$$$$$$ Madhya Pradesh Bhoj (Open) University MCA (Second Year) Syllabus for the Session 2004-05 CS-09 Data Communication and Networks Unit I Fundamentals of Data Communication : Analog Versus Digital, Fundamentals of Data Transmission Communication Modes Transmission System, Synchronous System, Communication Channnels-Modems : Classification of Modems Modem Based on Range Modems Based on Line Modems Based on Operation Mode Modems Based on Synchronization Modems Based on Modulation. Data Transmission Protocol : Protocols An Overview of Networking The Role of Computer Networks in Development, Transmission Media : Introduction Transmission Concepts and Terms Master Sites Interconnection to Telephone. Unit II Local Area Network : Local Area Network Baseband Versus Broadband LAN Hardware LAN Operating Systems. Implementing LAN : Implementation of LAN Using Fiber-Optic Cables Implementation of LAN Using Wireless Technology Fast LANs Non-standard LANs. Extending LAN : Transmission Concepts and Terms, Master sites, Interconnection to Telephone. Unit III Data Transmission Network : Telephone Networks, Wan Technologies. TCP/IP and the Internet : History of Internet, Internet2 Internet Services Standards for TCP/IP and the Internet RFCS and the TCP/IP Standardization Process. Network Architectures and OSI, Network Architectures Layering the Communications Process The Need for Layered Solutions Open Systems Interconnection (OSI) Model. Routing and Congestion Control : Routing Concepts Routing in Wide Area Networks Hop-By-Hop versus Source Routing Congestion Control, Deadlocks. Queueing Theory: Basic Design Techniques : Basic Concepts, Queueing Model and Factors Traffic Theory Lost Call Rate. Unit IV Wide Area Network : Introduction Network Using WAN and Network Services Communication Protocols Over WAN. Transmission Control Protocol/Internet Protocol (TCP/IP) : LAN Protocol and OSI TCP/IP Protocol Data Transmission by TCP and Ethernet Data Encapsulation Data Routing TCP/IP Services and Application Protocols. Data Link Layer Address : Physical Address. Naming, Addressing, and Routing : Network Layer Addresses Subnet Address Resolution Protocol (ARP) Domain Name System (DNS). Unit V Broadband Network Local Loop Technologies Asymmetric Digital Subscriber Line (ADSL) High Bit-Rate Digital Subscriber Line (HDSL), Line Coding Techniques Wireless Local Loop (WLL). Security : Basic Requirements of Network Security, Security Levels Data Security Invalid Access/ Possibility of Eavesdropping Firewalls (Access Control) Encryption Security Against Remote Access. Electronic Mail and other Internet Services : Electronic Mail E-Mail Addresses Format of A Mail Message Some Important Features of E-Mail Services Available on The Internet, Electronics Commerce and EDI, Electronic Commerce Internet: A Tool for Electronic Commerce Electronic Data Interchange (EDI), Implementing EDI - Major Considerations User Characteristics and Electronic Commerce , Issues in Electronic Commerce. CS-10 Discrete Mathematics/Changed Unit I Arithmetic Progression, Sequence, Series, Arithmetic Progression, The General Term or Nth Term of an AP., The Sum of n terms of an AP., Arithmetic Mean, AM. of two Given Numbers, Insertion of N AM. Between Two Given Numbers Properties of A P. Geometric Progression, Definition, The Nth Term of G.P., The Sum of N Terms of a G.P., The Sum of an Infinite G.P., Recurring Decimal an Infinite G.P., Geometric Means, Geometric Mean of Two Given Numbers A And B Insertion of N Geometric Means Between Two Quantities Properties of G.P., To Find the Sum of N Terms of the Series. Harmonic Progression, Definition, Harmonic Mean (H.M) of Two Given Numbers Relation between AM., G.M. and H.M. Unit II Miscellaneous Series, , Arithmetic - Geometric Series, The Sum of n Terms of the Arithmetic - Geometric Series Sigma CE) Notation, Sum of first N Natural Numbers, The Sum of the Squares of First n Natural Numbers The Sum of the Cubes of th First n Natural Numbers Method of Difference. Set Theory, The Concept of a Set, Notations, Representation of a Set, Types of Sets, Theorem on Subsets, Number of Subsets of a Set, Venn Diagram, Set Operations, Laws of Union of sets, Laws of Intersection of Sets, Law of Complement of a Set, Theorem (on Symmetric Difference) De-Morgan's Laws, Applications of Venn Diagrams. Unit III Ordered Pairs, Relations & Functions Ordered Pairs, Equality of Ordered Pairs, Cartesian Product of Sets, Theorems on Cartesian Products' Relation, Domain and Range of a Relation, Inverse Relation, The Inverse of an Inverse Relation, Binary (or Dyadic) relations , Type of Relations, Equivalence Relations, Equivalence Class, Properties of Equivalence Classes Composition of Two Relations, Partition of a Set, Partial Order, Theorem, Functions (Mapping), Types of Mapping, Other Specific Mappings, Types of Binary Operations, Algebraic Structure, Graph of a Function, Real Valued Map., Product of 'Functions, Method of Construction of Operation Table Countable and-Uncountable Sets. Group Theory, Introduction-Algebraic Structures, Groups: Definition, Abelian Group, Order of a Group, Semi-group, Some General Properties of Groups, Some Important Theorems on Groups, Theorem on Subgroups, Homomorphism (Definition), Isomorphism (Definition), Theorems on Homomorphism, Definition (Kernel of f), Theorems on Homomorphism, Definition (Cyclic Groups), Fundamental Theorem of Homomorphism, Unit IV Rings and Fields, Quotient Spaces, Rings in General, Some Special Classes of Rings, Field and its Axioms, Sub-ring and Sub-fields, Vector Space, Definition, Linear Combination, Linear Independence and linear Dependence, Basis of Vector Space, Vector Space of linear Transformation, Linear Algebra, Algebra of Quaternions, Unit V Posets and lattices, Partially Ordered Sets (Posets), Totally Order Set, Diagrammatic Representation of a Poset: (House diagrams) Definitions, Maximal Element, Minimal Element, Duality, Product of Two Posets, lattice, Duality and the Idempotent Law, Semi-lattices, Complete lattices, Sub lattice, Convex Sub lattice, Distributive lattice, Complements, Complemented lattices. Boolean Algebra & Its Applications Boolean Expressions and Boolean Functions Identities of Boolean Algebra, Duality, Algebra of Switching Circuits. CS-11 : Optimization Techniques Unit I Introduction to Linear Programming, Two-Variable LP Model, Graphical LP Solution, Solution of a Maximization Model, Solution of a Minimization Model, Graphical Solution with TORA, Graphical Sensitivity Analysis, Changes in the Objective Function Coefficients, Change in Availability of Resources. Unit II The Simplex Method LP Solution Space in Equation Form, Converting Inequalities into Equations, Dealing with Unrestricted Variables, Transition from Graphical to Algebraic Solution, The Simplex Method, Iterative Nature of the Simplex Method, Computational Details of the Simplex Algorithm, Simplex Iterations with TORA , Artificial Starting Solution, M-Method, Two-Phase Method, Special Cases in Simplex Method Application, Degeneracy, Alternative Optima, Unbounded Solution, Infeasible Solution, Unit III Transportation Model and Its Variants Definition of the Transportation Model, Nontraditional Transportation Models, The Transportation Algorithm, Determination of the Starting, Solution, Iterative Computations of the Transportation Algorithm, Solution of the Transportation Model with TORA, The Assignment Model, The Hungarian Method, Simplex Explanation of the Hungarian Method. Unit IV Decision Analysis and Games Decision Making under Certainty-Analytic Hierarchy Process (AHP), Decision Making under Risk, Expected Value Criterion, Variations of the Expected Value Criterion, Decision under Uncertainty, Game Theory, Optimal Solution of Two-Person Zero-Sum Games, Solution of Mixed Strategy Games.. Unit V Queuing Systems Why Study Queues?, Elements of a Queuing Model, Role of Exponential, Distribution, Generalized Poisson Queuing Model, Specialized Poisson Queues, Steady-State Measures of Performance, Single-Server Models, Multiple-Server Models, Machine Servicing Model-(MIMIR): (GDIKIK),R<K, (M/G/1): (GD/"/")-Pollaczek-Khintchine (P-K) Formula , Simulation and Modeling. CS-12 Object Oriented Programming using C++ Unit  I Object Oriented Paradigms and Metaphors : Basic Concepts of Object-oriented Programming Objects What is C++? A Simple C++ Program Initialization Input with C in Tokens Control Statements Decisions Nesting Type Conversion. Data Types Operators and Expressions. Tokens Basic Data Types Constants User Defined Data Types Derived Data Types Declaration of Variables Operations and Expressions Operator and Function Overloading Manipulation of Strings Using Operators Polymorphism Streams. Unit II Function in C++ : The Main Function Passing Arguments to Function Returning Values From Functions Overload Functions Inline Functions Default Arguments, Class and Objects The Concept of a Class, Classes Versus Objects. Unit III Constructor and Destructor : Constructors, Destructors, Constructors of the String Class, String Class Assignment ,String Access Operators and Method. Operator Overloading Type Casting Unit IV Inheritance : Derived Class Relationships Superclass/Subclass Multiple Inheritence Constructors, Destructors, and Inheritance Hierarchical Inheritance Hybrid Inheritance Virtual Base Classes. What Are Pointers? C++ Memory Map Free Store Pointers and Arrays Reserving Dynamic Memory Freeing Dynamic Memory Polymorphism Virtual Functions Pure Virtual Functions Early vs. Late Binding. Unit V Input-Output in C++ :Old Vs. Modern C++I/O C++ Streams Creating Inserters Creating Extractors Creating Manipulator Functions. File Handling in C++ Classes for File Stream Operations Opening and Closing A File Manipulations of File Pointers Random Access Command-Line Arguments. Standard Library Objects The Container Classes Theory of Operation Vectors Lists Maps Algorithms The String Class. CS-13: Java Programming Unit I The Genesis of Java, Introduction and Creation, Applets and Applications, Security, Bytecodes, Java Buzzwords, Simple, Multi-threaded, Architecture Neutral, Java and Java Script, New in JDK, An Overview of Java, What is an Object, Features of Object Oriented Programming, The First Simple Programme, Compiling, Data Types, Variables and Arrays, Data Types in Java, Literals, Characters, Variable Declaration, Symbolic Constants, Type Casting, Arrays, Vectors, Array Declaration Syntax, Operating in Java, Arithmetic Operators, Basic Assignment Operators, Relational Operators, Boolean Logical Operators, Ternary Operator, Operator Precedence, Control Statements, Java's Selection Statements, Switch, Nested Switch, Iteration Constructs, Continue, Return. Unit - II Class an Introduction, What is a Class, What are Methods, Methods and Classes in Details, Methods Overloading, Constructor Overloading, Objects as Parameters, Returning objects, Recursion, Access Control/ Visibility, Understanding Static, Final, Nested and Inner Classes, The String Class, Command Line Arguments, Inheritance, Inheritance Basic, Member Access and Inheritance, Super Class Variable and Sub Class Object, Using Super to Call Superclass Constructors, Another Use of Super, Multilevel hierarchy, Calling Constructor, Overriding Methods, Abstract Classes Method, Final and Inheritance, Object Class, Interfaces and Packages, Defining Interface, What is a Package, Classpath Variable, access Protection, Important Packages, Exception Handling, Fundamentals of Exception Handling, Types of Exceptions, Uncaught Exceptions, Try and Catch Keywords, Throw, Throws and Finally, Nested Try Statements, Java Built in Exceptions, User Defined Exceptions. Unit III Multithreaded Programming, The Java Thread Model, Priorities, Synchronization, Messaging, Thread Class and Runnable Interface, Creation of Threads, Creating Multiple Threads, Synchronization and Deadlock, Suspending, Resuming and Stopping Threads, Applets and Input Output, Input/Output Basics, Streams (Byte and Character), Reading From and writing to Console, Reading and Writing Files, Printwriter Class, Fundamentals Of Applets, Transient and Volatile Modifier, Strictfp, Native Methods, Problems with Native Methods, Handling Strings, String Length, Operations on Strings, Extract Character Methods, String Comparison Methods, Searching and Modifying, Data Conversion and Value of () Methods, Changing Case of Characters, String Buffer, Exploring Java. Lang, Wrapper Classes and Simple Type Wrappers, Void, Abstract Process Class, Runtime Class and Memory Management, Other Programme Execution, System Class, Environment Properties, Using Clone () and Clonable () Interface, Class and Class loader, Math Class, Thread, Thread Group and Runnable Interface, Throwable Class, Security Manager, The java. lang. ref and java. lang. reflect packages, Java..Util-The Utility Classes, The Enumeration Interface, Vector, Stack, Dictionary, Hash table, Properties, Using Store () and Load (), String Tokenizer, Bit set Class, Date and Date Comparison, Time Zones, Random Class, Observe Unit IV Input Output Classes, File in Java, Directory, File Name Filter Interface, Creating Directory, The Stream Classes, Input Stream and Output Stream, File input Stream and File Output Stream, Byte Array Input Stream and Byte Array Output Stream, Filtered Byte Stream, Buffered ByteStream, Print Stream, Random Access File, Stream Tokenizer, Stream Benefits, Networking, Basic of Networking, Proxy Server, Domain Naming Services, Networking Classes and Interfaces, InetAddress Class, TCP/IP Sockets, Datagram Packet, Networth, Applet Class, Applet Basics, Applet Life Cycle, A Simple Banner Applet, Handling Events, getDocumentBase(), getCodeBase(), showDocumentBase(), Audio Clip and Applet Stub interface, AWT: Windows, Graphics and Text, AWT Classes, Window Fundamentals, Working With Frame Windows, Frame Window in An Applet, Event Handling in a Frame Window, A Window Program, Displaying Information While Working with Graphics and Color, Working With Fonts, Managing Text Output Using Font metrics, Exploring Text and Graphics, AWT: Controls, Layouts and Menus, Control Fundamentals, Layouts, Menus, Dialog Class, Other Controls. Unit - V Images, File Formats, Image Fundamentals, Image Observer, Mediatracker, JDBC, JDBC Introduction of Class and Methods, Register Driver, Establish a Session, Execute a Query, Result Set, Closing the Session, Swings, JAPPLET, Java Beans, What is a Java Bean? Advantages of Java Beans, Application Builder Tools, The Bean Developer Kit (BDK), JAR Files, Introspection, Developing a Simple Bean, Using Bound Properties, Using The Bean Info Interface, Constrained Properties, Persistence, Customisers, The Basic Servlet API, The Get Method, The POST Method, Mime Content Types, Java and Corba Connectivity, The Compatibility Problem, An Overview of IDI And liop, A Working COBRA System, CORBA Servers, CORBA Clients, A Simple CORBA Service, Legacy Applications and Corba . CS-14 : Computer Graphics and Multimedia Unit I Computer Graphics Application : Introduction to Computer Graphics, Application of Computer Graphics, Devices for Graphics Output, Monitor Basics, Picture Tube, Display Basics, Text Mode and Graphics Mode, Adapters and Displays, Monochrome Display Adapter (MDA), Color Graphics Adapter (CGA), Hercules Graphics Card, Enhanced Graphics Adapter, Professional Graphics Adapter, Digital vs Analog, Video Graphics Array, Super VGA, Refresh Cathode-Ray Tubes, Raster-Scan Displays, Random-Scan Displays, Computer Display, Flat-Panel Displays, Raster Scan Systems, Random Scan Systems, Hard Copy Output Devices Unit II Graphics Input Devices, Keyboards, Mouse, Trackball and Spaceball, Joysticks, Data Glove, Digitizers, Image Scanners, Touch Panels, Light Pens, Voice Systems, Input of Graphical Data, Logical Classification of Input Devices, Input Functions, Initial Values for Input Device Parameters, Interactive Picture Construction Techniques, Matrices and Determinants, Matrices, Types of Matrices, Determinants, Matrix (Definition), Type of Matrices, Submatrices of a Matrix: (Definition), Equality of Two Matrices: (Definition), Addition of Matrices, Scalar Multiplication, Multiplication of Two Matrices (Definition), Transpose of a Matrix (Definition), Symmetric and Skew-Symmetric Matrices, Adjoint and Inverse of a Matrix, Determinants, Properties of Determinants Vectors, Definition of a Vector, Vectors and Coordinate System, Algebra of Vectors Addition, Multiplication of a Vector by a Scalar, Components of a Vector, Direction and Magnitude of a Vector in Terms of its Components, Collinear and Coplanar Vectors, Some Applications to Geometry. Unit III Raster Scan Graphics, Derivative of a Function, Digital Differential Analyzer, Bresenham's Algorithm, Integer Bresenham's Algorithm, General Bresenham's Algorithm, Circle Generation - Bresenham's Algorithm, Scan Conversion-Generation of the Display, Real-Time Scan Conversion, Run-Length Encoding, Cell Encoding, Frame Buffers, Addressing the Raster, Line Display, Character Display, Solid Area Scan Conversion, Polygon Filling, Scan-Converting Polygons, A Simple Ordered Edge List Algorithm, More Efficient Ordered Edge List Algorithms, The Edge Fill Algorithm, The Edge Flag Algorithm, Seed Fill Algorithms, A Simple Seed Fill Algorithm, A Scan Line Seed Fill Algorithm, Fundamentals of Antialiasing, Simple Area Antialiasing, The Convolution Integral And Antialiasing, Half toning, Windows and Clipping, Two-Dimensional Clipping, Sutherland-Cohen Subdivision Line-Clipping Algorithm, Midpoint Subdivision Algorithm, Generalized Two-Dimensional Line Clipping for Convex Boundaries Unit IV 2D- Transformation, Representation of Points, Transformations and Matrix, Transformation of Straight Line, 2-D - Rotation, Reflection, Scaling, Combined Transformations, Translation and Homogeneous Coordinates, Translation, Rotation about an Arbitrary Point, Reflection through an Arbitrary Line, 3-D-Transformation, Representation of Points, 3D- Scaling, 3D- Shearing, 3D- Rotation, Three Dimensional Translation, 3D- Reflection, Multiple Transformations, Rotation about an Axis Parallel to a Coordinate Axis, Rotation about an Arbitrary Axis in Space, Three. Unit V The Dimensional Perspective Geometry, Geometric Projection, Orthographic Projections, Oblique Projections, Perspective Transformations, Single-Point Perspective Transformation, Two-Point Perspective Transformation, Three-Point Perspective Transformation. Hidden-Surface, Lines and Bezier Curve, Hidden Surfaces and Lines, Back-Face Detection, Back-Face Removal, Z-Buffers Algorithm, The Painter's Algorithm, Binary Space Partition, Franklin Algorithm, Cubic Belier Curve (No Derivations Needed), Properties of Bezier Curve, Joining Condition, Problems, Multimedia and Animation, Multimedia, Multimedia Terms, Multimedia Hardware, Hardware Peripherals, Basic tools in Multimedia, Multimedia Building Blocks (Media Forms/Elements), Sound, Image, Animation, Video, JPEG, MPEG, DVI Indeo, P*64, Graphic File Formats, Multimedia Applications CS-15 : Structured System Analysis and Design Unit I THE CONTEXT OF SYSTEMS ANALYSIS AND DESIGN METHODS A Framework for Systems Analysis and Design, The Players- System Stakeholders, Systems Owners, Systems Users, Systems Designers, Systems Builders, Systems Analysts, External Service Providers, The Project Manager, Business Drivers for Today's Information Systems, Globalization of the Economy, Electronic Commerce and Business, Security and Privacy, Collaboration and Partnership, Knowledge Asset Management, Continuous Improvement and Total Quality Management, Business Process Redesign, Technology Drivers for Today's Information Systems, Networks and the Internet, Mobile and Wireless Technologies, Object Technologies, Enterprise Applications, A Simple System Development Process, System Initiation, System Analysis, System Design, System Implementation, System Support and Continuous Improvement, The Product Information Systems, A Framework for Information Architecture, Knowledge Building Blocks, Network Technologies and the IS Building Blocks. Unit II INFORMATION SYSTEMS DEVELOPMENT The Process of Systems Development, The Capability Maturity Model, Life Cycle versus Methodology, Underlying Principles for Systems Development, A System Development Process, Where do Systems Development Projects Come From? The Classic Project Phases, Cross Life-Cycle Activities, Alternative Routes and Strategies, The Model-Driven Development Strategy, The Rapid Application Development Strategy, The Commercial Application Package implementation Strategy, Hybrid Strategies, System Maintenance, Automated Tools and Technology, Computer Assisted Systems Engineering, Application Development Environments, Process and Project Managers Unit III SYSTEM ANALYSIS What is Systems Analysis? Systems Analysis Approaches, Model-Driven Analysis Approaches, accelerated Systems Analysis Approaches, Requirements Discovery Methods, FAST Systems Analysis Strategies, The Scope Definition Phases, Identify Baseline Problems and Opportunities, Negotiate Baseline Scope, Assess Baseline Project Worthiness, Develop Baseline Schedule and Budget, Communicate the Project Plan, The Problem Analysis Phase, Understand the Problem Domain, Analyze Problems and Opportunities, Analyze Business Processes, Establish System Improvement Objectives, Update or Define The Project Plan, Communicate Findings and Recommendations, The Requirements Analysis Phase, Identify and Express System Requirements, Prioritize System Requirements, Update or Refine the Project Plan, Communicate the Requirements Statements, Ongoing Requirements Management, The Logical Design Phase, Structure Functional Requirements, Functional Requirements, Validate Functional Requirements, Define Acceptance Cases, The Decision Analysis Phase, Identify Candidates Solutions, Candidate Solutions, Compare Candidate Solutions, Update the Project Plan, Recommend a system Solution Unit IV DATA MODELING AND ANALYSIS An Introduction to Data Modeling, System Concepts for Data Modeling, Entities, Attributes, Relationship, The Process of Logical Data Modeling, Strategic Data Modeling, Data Modeling During Systems Analysis, Looking Ahead to Systems Design, Automated Tools for Data Modeling Process Modeling, An Introduction to Systems Modeling, System Concepts for Process Modeling, Process Concepts, Data Flows, External Agents, Data Stores, The Process of Logical Process Modeling, Strategic Systems Planning, Process Modeling For Business Process Redesign, Process Modeling During Systems Analysis, Looking Ahead to Systems Design, Fact-Finding and Information Gathering for Process Modeling, Computer-Aided Systems Engineering (CASE) for Process Modeling Unit V FEASIBILITY ANALYSIS AND THE SYSTEM PROPOSAL Feasibility analysis and the System Proposal, Feasibility analysis- A Creeping Commitment approach, Systems analysis- Scope Definition Checkpoint, Systems Analysis- Problem analysis Checkpoint, System Design- Decision Analysis Checkpoint, Four Tests for Feasibility, Operational Feasibility, Technical Feasibility, Schedule Feasibility, Economic Feasibility, The Bottom Line Systems Design, What is System Design? 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