2010 mca syllabus

Case study should be covered for ER and Normalization

Introduction to Database Management - C.G.Date

Database Management Systems - Ramkrishnan and Gehrke

Subject Code	J030110
Title	Object Oriented Programming
Work Load Per Week	L:3 T:1 Lab:4
Examination	Internal: 30 University Exam: 70	Practical: 50
Objectives	Make the students familiar with Object Oriented programming principles using Java. Also tech them concurrent, input/output and event-driven programming using java.
Learning Outcomes	At the end of this course, student should be able to Design interfaces, abstract and concrete classes Use concurrent programming, java Collections and utility classes Able to achieve object persistence using object serialization. Design applications using event driven programming.
Pre-requisites	Any Programming Language
Text Book	Herbert Schildt, Java: The Complete Reference, McGraw-Hill Osborne Media; Seventh Edition, 2007
Reference Book	Cay S. Horstmann and Gary Cornell ,Core Java-Volume-I, Sun Core Series, Eighth Edition, 2008

* Learning resources contains page numbers from text books.

Syllabus

Lec. Num	Unit Title	Details	Learning Resources
	Introduction to Java Programming	Features of Java, Java compiler, JVM,	10-14
		Structure of Java Program, writing and executing first Java Program	21-23
		Basic Data types, Conversion between them, Using Scanner class, Wrapper Classes, Auto boxing and unboxing
		String and String Buffer, Concept of Object pool: String Literal Pool,	359-384
		Object identity and equality with example of String object, Using Math Class	418-420
		Arrays in java, Object Cloning, Shallow verses deep copy	413-414
		Introduction to Exception handling in Java Packages in Java, User defined packages	205 – 222

Lec. Num	Unit Title	Details	Learning Resources
	Classes and Object Concept	What is class and Object? Constructing an Object from a class, Types of constructors, this keyword	105, 122, 144
		Writing a Simple Class, Adding Methods to the Class, creating an object and using it.
		Method overloading, static fields and Methods	B2: 132
		Methods and parameter passing, pass by value and pass by reference, UML notation for class	138-143
		Using final methods, Garbage Collection	143-145
		Inner Class, outer class members and accessibility in inner classes	145-148
		Enumeration in java	255-263
	Inheritance and Polymorphism	Is_a or kind_of relationship, a simple example, UML notation for inheritance	157-163
		Inheritance and method overriding, using super, Polymorphism, Dynamic and static binding	163-177
		Abstract classes and Interfaces, realization of interface, UML notation for interface & realization	177-202
		Method signature and Overriding, overriding methods throwing exception, Multiple Inheritance through interfaces
	Concurrent Programming	Java Thread Model, Life cycle of a thread, thread class and its methods, thread Priorities	223-226
		Creating a thread from thread class, and Runable interface, Choosing a right approach	226-231
		thread synchronization	232- 241
		Inter thread Communication-I, wait(), notify() and notifyAll() methods.	242-254
		Inter thread Communication-II	242-254
	Java Input/Output	A File Class, Concept of stream, InputStream and OutputStream: FileInput and FileOutput Streams	556-561
		FilterInput Stream, DataInput and Data Output Streams , Introduction to Readers and Writers	562-578
		File Reader, File Writer, Input Stream Reader, Buffered Reader, and Print Writer classes	578-586
		Object Streams: ObjectInputStream and ObjectOutPutStream, wrting simple object	592-598
Lec. Num	Unit Title	Details	Learning Resources
		Serialization & Object persistent, using static and transient data, Serialization and object hierarchy	592-598
	Java Collections and Utility Classes	Collection Basics- A Collection Hierarchy, Using ArrayList and Vector, LinkedList, Using a Iterator	437
		Set: HashSet, LinkedHashSet, TreeSet , Comparable and Comparator interfaces	441
		Map, Hashmap, HashTable, TreeMap, LinkedHashMap	464
		Utility Classes:Date, Calendar, GregorianCalendar, TimeZone, SimpleTimeZone and Locale Classes	503-525
		Formatting Number, date and currency	525-539
		Generics-I: basics, class parameters	315-324
		Generics-II: bounded types, using wild cards, erasures	327-349
	Introduction to GUI Programming	AWT Basics, AWT Component Hierarchy	663-667
		Graphics Programming, Graphics object and Drawing font with various fonts. Event Delegation model, drawing on canvas,	676-
		Using MouseListener and MouseMotionListener for Free hand drawing Overriding update() method,	723-737
		Layout Managers, Programming with Label, Textfield, TextArea and Buttons, ActionListener	702- 707, 719-721
		Check Boxes, RadioButtons List and Choice, Scrollbar, AdjustmentListener and ItemListener	707-719
		Designing Menu Applications, WindowListener	737-742
		What is an Applet? Why it required? Applet Class, Applet life cycle.	617-622
		Applet parameters	630-632
		Using getCodeBase(), getDocumentBase(), getAppletContext() methods.	633-635
		Note: supplementary Event Handling	637-662

Subject Code		J030111
Title		Operating Systems Concepts and Case Studies
Work Load Per Week		L:3 T: 1 Lab:1
Examinations		Int: 30 Univ: 70
Objectives		The overall aim of this course is to provide a general understanding of how a computer works. This includes aspects of the underlying hardware as well as the structure and key functions of the operating system. Case studies will be used to illustrate and reinforce fundamental concepts.
Learning Outcomes		At the end of this course, student should be able to Explain the concepts of process, address space, and file Compare and contrast various CPU scheduling algorithms Understand the differences between segmented and paged memories, and be able to describe the advantages and disadvantages of each Compare and contrast polled, interrupt-driven and DMA-based access to I/O devices Understand functioning and working of Windows as well as Unix operating system.
Pre-requisites
Text Book(s)		A) Operating systems design and implementation by Andrew Tanenbaum and Albert Woodhull B) Operating systems concept and design by Milan Milenkovic
Syllabus
Lec. Num.	Unit Title	Details	Learning Resources
1	Introduction	Definition, Importance and functions of operating systems	Hand out
2.	Types of operating systems	Batch, Timesharing, Multitasking, multiprogramming, multiprocessing	B 10 - 18
3		Online operating system, Real time, distributed operating systems
4	Different views of operating system	Command language users view, system call users view
5	Operating system concept	Processes, Files, The shell	A 15 -20
6	Operating system structure	Monolithic system, layered system, Virtual Machine, Client server model	A 37 - 43
7	Case Study	Installation of various operating systems (windows, Linux )	Hand out
8		Unix History, General Structure of Unix	Hand out