IBM Scheme of Study - Original From PESIT

8/8/2019 IBM Scheme of Study - Original From PESIT

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Scheme of StudyFirst semester (24 weeks including examination)

Subject Code Stream Hrs/ wk T 1 T 2 Mid-term

Mini-project

Final-Exam

Total GradeObtained

Software Evolution MT1C1 Com 2 + 1 15 15 20 20 30 100

Problem Solving &Comp Programming

MT1C2 Com 2 + 1 15 15 20 20 30 100

Software Testing MT1C3 Com 2 + 1 15 15 20 20 30 100Comp Organization &Architecture

MT1C4 Com 2 + 1 15 15 20 20 30 100

Seminar -1 - - 100 100

Second SemesterDiscrete Mathematics MT2C1 Com 2 + 1 15 15 20 20 30 100

Data Structures MT2C2 Com 2 + 1 15 15 20 20 30 100System Software MT2C3 Com 2 + 1 15 15 20 20 30 100System Analysis andDesign

MT2C4 Com 2 + 1 15 15 20 20 30 100

Seminar -2 - - 100 100

Third SemesterOperating Systems MT3C1 Com 2 + 1 15 15 20 20 30 100

Software Engineering MT3C2 Com 2 + 1 15 15 20 20 30 100

Analysis and Design ofAlgorithms MT3C3 Com 2 + 1 15 15 20 20 30 100

Object OrientedProgramming with C++

MT3C4 Com 2 + 1 15 15 20 20 30 100

Seminar -3 - - 100 100

Fourth SemesterFinite Automata andFormal Languages

MT4C1 Com 2 + 1 15 15 20 20 30 100


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Database ManagementSystems

MT4C2 Com 2 + 1 15 15 20 20 30 100

Principles of

ProgrammingLanguages

MT4C3 Com 2 + 1 15 15 20 20 30 100

Unix Operating System MT4C4 Com 2 + 1 15 15 20 20 30 100Seminar -4 - - 50 50

Fifth SemesterComputer Networks MT5C1 Com 2 + 1 15 15 20 20 30 100

AIX MT5C2 Com 2 + 1 15 15 20 20 30 100Programming withJava

MT5C3 Com 2 + 1 15 15 20 20 30 100

Elective 1 (One stream

subject to be selectedfrom Group A)

MT5D1/

E1/L1/W1

Elective1 2 + 1 15 15 20 20 30 100

Seminar -5 - - 50 50Sixth Semester

Computer Networks - II MT6C1 Com 2 + 1 15 15 20 20 30 100ManagementInformation Systems

MT6C2 Com 2 + 1 15 15 20 20 30 100

Principles of UI Design MT6C3 Com 2 + 1 15 15 20 20 30 100

Elective 2(Corresponding subjectto be selected fromGroup B)

MT6D2/E2/L2/W2

Elective2 2 + 1 15 15 20 20 30 100

Seminar 6 - - 50 50Seventh Semester

Mobile Computing MT7C1 Com 2 + 1 15 15 20 20 30 100Software ProjectManagement

MT7C2 Com 2 + 1 15 15 20 20 30 100


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Elective 3(Corresponding subjectto be selected from

Group C)

MT7EL3

Database/ERP/Legacy/Web

TechStream

2 + 1 15 15 20 20 30 100

Elective 4(Corresponding subjectto be selected fromGroup D)

MT7D4/E4/L4/W4

Database/ERP/Legacy/WebTechStream

2 + 1 15 15 20 20 30 100

Seminar -7 - - 50 50Eighth Semester

Elective 5

(Corresponding subjectto be selected fromGroup E)

MT8D5/

E5/L5/W5

Database

/ERP/Legacy/WebTechStream

2 + 1 15 15 20 20 30 100

Elective 6(Corresponding subjectto be selected fromGroup F)

MT8D6/E6/L6/W6

Database/ERP/Legacy/WebTechStream

2 + 1 15 15 20 20 30 100

Project work MT8P1 - - - - 100 - 100 200

Seminar -8 - - 50 50Total


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Group AAdvanced DBMS (MT5D1)Change Management (MT5E1)

JCL and CICS (MT5L1)Introduction to Web Tech(MT5W1)

Group BDW & BI(MT6D2)ERP & CRM(MT6E2)

IMS(MT6L2)Enterprise Java(MT6W2)

Group CIntroduction to XML (MT7D3)Supply Chain Management(MT7E3)

RPG (MT7L3)Web enabled App Development

(MT7W3)

Group DDatabase Admin & App Development

(MT7D4)Enterprise App Integration (MT7E4)

Application Programming using COBOL(MT7L4)

Enterprise Content Management

(MT7W4)

Group EAI & Expert Systems(MT8D5)Simulation & Modeling(MT8E5)DB2 Application Programming

(MT8L5)E-Commerce & Web Security

(MT8W5)

Group FIntroduction to Semantic Web (MT8D6)Decision Support Systems(MT8E6)To Be Decided(MT8L6)Web Security(MT8W6)

HOW TO CALCULATE THE CUMULATIVE GRADE POINT AVERAGE (CGPA)Averages are calculated on the basis of the point value assigned to each letter grade:S = 90 to 100 Marks = 4.0 A = 80 to 89 Marks = 3.5B = 70 to 79 Marks = 3.0 C = 60 to 69 Marks= 2.5D = 50 to 59 Marks = 2.0 E = 40 to 49 Marks = 1.5F = 00 to 39 Marks = 0.0Calculating your CGPA:1. Multiply total credit of each course by the grade point.2. Add up total number of credits.

3. Add up the total of grade points.4. Divide the total grade points by the total creditsExample:Courses Grade Points Credits PointsCourse 1 - S = 4.0 X 2 = 8Course 2 - A = 3.5 X 2 = 7Course 3 - C = 2.5 X 2 = 5Course 4 - F = 0.0 X 2 = 0-------------------------------------


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Total 20 points 8 credits = 2.5 CGPA

Class Declaration First Class with Distinction CGPA 3.5 and above First Class CGPA 3.0 and less than CGPA 3.5

Second Class CGPA 2.5 and less than 3.0

Semester: M.Tech (Research) or M.S (Research) 1st Semester ComputerScience Subject Title: Software EvolutionDuration : 48 hours SubjectCode: IMT1C1

Course Outline

Introduction: Outlines the challenges inherent in software evolution.

Change as a fact of life for software systems.

The Defect Management Process :

Deciding what to change and when.

Change control and its relationship to software configuration management.

Impact analysis and other general techniques for debugging.

Program Comprehension:

Introduction to techniques for understanding software systems built by others.

Recognising common architectural patterns. Code reading techniques for programcomprehension.

Factors affecting code readability. Tools for program comprehension.

Evolution of Legacy Systems :

Characteristics of legacy systems, and challenges for their evolution.

Migration of legacy systems.

The re-technologies: re-structuring, reverse-engineering and re-engineering.

Data-Oriented Challenges to Evolution:

Specific challenges for migration of data-intensive systems.

Impact of data quality on migration of legacy systems.


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Data re-engineering, and tools to support it.

Evolution of Package-Based Systems :

Growing prevalence of package-based systems, and problems caused by the need tomaintain and evolve them.

Testing and debugging techniques for package-based systems.

Glueware and the role of standard component types in modifying package-basedsystems.

Text Books Sommerville (Software Engineering, Addison Wesley, 6th Edition)

Lano and Haughton (Reverse Engineering and Software Maintenance, McGraw-Hill,1993)

Semester: M.Tech (Research) or M.S (Research) 1st Semester ComputerScience Subject Title: Problem Solving and Computer ProgrammingDuration : 48 hours Subject Code: IMT1C2

Course Outline

Basic model of computation, Notion of Algorithms, Principle of MathematicalInduction

Basics of functional programming, notion of types

Iterative versus recursive style

Correctness and efficiency issues in programming, time and space

measures Basics of imperative style programming

Assertions and loop invariants

Top down design and examples of step-wise refinement

Programming using structures, introduction to encapsulation and object orientedprogrammingText Books

Structure and Interpretation of Computer Programs by Harold Abelson and


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GeraldSussman with Julie Sussman, MIT Press, 1985.

How to solve it by Computer by R. J. Dromey, Prentice-Hall India EEE

Series.

Semester: M.Tech (Research) or M.S (Research) 1st Semester ComputerScience Subject Title: Application Programming using

COBOLDuration : 48 hours Subject Code: IMT1C3

Course Outline

COBOL and the program development process

Identification, Environment, and Data Divisions

Procedure Division

Control structures

User interfaces (report design)

Validation and verification

Arrays and tables

Master/transaction file processing

Program managementText Books

Tyler Welburn and Wilson Price, Structured COBOL: Fundamentals and

Style, 4 th edition,McGraw-Hill College, New York, NY, 1994.


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Semester: M.Tech (Research) or M.S (Research) 1st Semester Computer

Science Subject Title: Computer organization and ArchitectureDuration : 48 hours Subject Code: IMT1C4

Course Outline

Introduction to computer system and its sub modulesNumber System and Representation of information

Arithmetic and Logical operation and hardware implementation.Software implementation of some complex operation.

Arithmetic and Logic Unit, Introduction to memory Unit, control unit andInstruction SetWorking with an ALU, Concepts of Machine level programming, Assembly level

Pogramming and High level programming Various addressing modes and designing of an Instruction set.Concepts of subroutine and subroutine callUse of stack for handling subroutine call and return

Introduction to CPU design, Instruction , interpretation and execution, Micro-operation and their RTL specificationHardwired control CPU designMicro-programmed control CPU designConcepts of semiconductor memory, CPU-memory interaction, organization ofmemory modulesCache memory and related mapping and replacement policies.

Introduction to input/output processing, working with video display unit andkeyboard and routine to control themProgrammed controlled I/O transferInterrupt controlled I/O transferDMA controller

Secondary storage and type of storage devicesIntroduction to buses and connecting I/O devices to CPU and memory

Introduction to RISC and CISC paradigm


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Design issues of a RISC processor and example of an existing RISC processor.

Introduction to pipelining and pipeline hazards, design issues of pipelinearchitecture

Instruction level parallelism and advanced & issues. Introduction to interconnection network and practical issues.Examples of interconnection Networks

Multiprocessors and its characteristicsMemory organization for multiprocessors systemssynchronization and models of memory consistency.Issues of deadlock and scheduling in multiprocessor systems.

Cache in multiprocessor systems and related problemsCache coherence protocols

Parallel processing conceptsParallelism algorithm for multiprocessor systems.

Text Books Computer Organisation by Hamacher & Zaky

Computer Architecture by Trembley and Sorenson

Semester: M.Tech (Research) or M.S (Research) 2nd Semester ComputerScience Subject Title: Discrete MathematicsDuration : 48 hours Subject Code: IMT2C1

Course Outline

Groups and Coding Theory

Set theory

Induction and Recursion

Mathematical Logic

Relations and Ordering

Functions

Rings, Number TheoryText Book :Discrete and combinatorial Mathmatics , Ralph P. Girimaldi 4th Edition , Pearson

Semester: M.Tech (Research) or M.S (Research) 2nd Semester Computer


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Science Subject Title: Data StructuresDuration : 48 hours Subject Code: IMT2C2

Objectives: This course is an in-depth study of howdata is organized in memory,

how data can be retrieved and manipulated efficiently and the possible ways inwhich different data items are logically related. The course enables students todesign good data structures for their programs and understand and reengineerexisting code effectively.Outline:

Introduction to data structures

Structures

Lists

Queues

Stacks

Trees

Hash tables Advanced data structuresTextbook:Data Structures and Program Design in C,Kruse, Tondo and Leung, Pearson Education, Asia.


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Science Subject Title: System SoftwareDuration : 48 hours Subject Code: IMT2C3

System Software

Objectives: This course focuses on the design of assemblers, loaders, linkers,macro processors and compilers. It provides students an understanding of how theprograms that they write are processed and executed by computers.

Outline:

Review of machine architecture, Assemblers

Loaders and linkers

Editors and debugging systems

Macro processor

Compilers

Lex and Yacc

Textbook:System Software, Beck, Addison-Wesley.


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Science Subject Title: System Analysis and DesignDuration : 48 hours Subject Code: IMT2C4

Objective : The main objective of this course is to gain an understating of an informationsystems development process, to understand the steps of planning, designing andimplementing an information system. This course deals with the different phases of SDLC.This course gets one familiar with the principles of goog system design

Introduction:

System Concepts.

System Analyst.

Components of a SystemSDLC.

Structured and Object-Oriented SDLC.

System Prototype Method SPM.

Project Planning:

Project Initiation.

Project Feasibility.

Analysis:

Fact Gathering Techniques.

Structured Charting Techniques. Requirements Modelling.

Data Modelling.

Object Modelling.

ER Analysis.

System Design:

User Interface Design.

Input Design.


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Output Design.

Data Design.

Code design.

Form design.

File design.

Construction and Implementation of the System:

Application Development.

Installation & Support.System Security.

Tools:

Communication Tools.

Feasibility & cost Analysis Tools.

Project Management Tools.

Alternative System Methodologies.

Text Books:System Analysis & Design in the Changing World: Satzinger, Jackson.System Analysis & Design Methods: Whitten & Bentely.System Analysis & Design: Garry Shelly.

Semester: M.Tech (Research) or M.S (Research) 3rd Semester ComputerScience Subject Title: Operating SystemsDuration : 48 hours Subject Code: IMT3C1


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Course Objective: This course teaches the design of Operating Systems. Topics include

Operating System Structures

System componentsSystem ServicesSystem calls

ProcessesSchedulingInter-process communicationMulti threadingProcess synchronizationHandling deadlocks

Memory management

Paging Segmentation

Virtual memory

Page replacement algorithms

Storage management

I/O systems

Storage devices

File system

Security

Domains

Access matrix

Authentication

Intrusion detection

Text Books:

Operating System Concepts Abraham Silberschatz, 6th Editio, John Wiley


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Semester: M.Tech (Research) or M.S (Research) 3rd Semester Computer

Science Subject Title: Software EngineeringDuration : 48 hours Subject Code: IMT3C2

Objective:This course covers an understanding of the principles and techniques utilized in thedevelopment of good software systems. It deals with the understanding of allphases and supporting activities of the software development life cycle.

Software Engineering Overview: Role of Software.

Software Problem. Software Characteristics.

Software Crisis & Myths.

Software Engineering Definition (IEEE).

Generic View of Software Engineering.

Processes:

The software process.

Software Process Models:

Linear Model: Classic Life Cycle Model.

Evolutionary Model: Spiral Model.

RAD.

Formal Method Model.

Automated Process Support.

Prototyping.

Requirements Identification and Analysis:

Requirements Type:

Functional.

Non-Functional.

User.

System.


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Requirements Analysis:

Communication Techniques.

Analysis Principles.

Feasibility Study.

Requirements Specification.

Requirements Validation.

Software Design

Design Process.

Design Concepts.

Design Principles.

Design Notations.

Data Design.

Architectural Design.

Interface Design.Procedural Design.

Detailed Design

Module Specifications.

implementation Issues:

Coding Techniques.

Coding Style.

Standards and Guidelines.

Documentation Guidelines.

Verification and Validation Techniques:

Goals.

Approaches.

Validation Planning.

Static Analysis.

Debugging.

Software Testing:

Defect Testing.

Integration Testing.

Testing Workbenches.


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Test Planning.

Test Execution and Reporting.

Analysis of Test Results.

Software Evolution:

Legacy Systems.

Software Reengineering.

Text Books

Software Engineering- A Practitioners Approach: Roger Pressman.

Software Engineering: Ian Sommerville.

An Integrated Approach to Software Engineering: Pankaj Jalote.

Semester: M.Tech (Research) or M.S (Research) 3rd Semester ComputerScience Subject Title: Analysis and Design of Algos.

Duration : 48 hours Subject Code: IMT3C3


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Objectives: The course covers various families of algorithms in terms of theircomplexity and efficiency. It enables students not only to analyze the efficiency of agiven algorithm but also teaches them techniques for designing better algorithms fora given problem, thereby complementing their skills in system design andprogramming.

Outline:

Introduction to algorithms and review of mathematical background

Efficiency and analysis of algorithms

Brute force algorithms

Divide-and-Conquer

Space-Time tradeoffs

Sorting algorithms

Greedy algorithms

Dynamic programming

Branch and bound

Introduction to approximate algorithms

Textbook:Introduction to algorithms,Cormen, Leiserson and Rivest, Prentice Hall India, 1998.


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Semester: M.Tech (Research) or M.S (Research) 3rd Semester Computer

Science Subject Title: Object Oriented Programming with C++Duration : 48 hours Subject Code: IMT3C4

Outline

Introduction, simple additions to C, basic stream I/OIntroduction to OOP, classes, objects and members, access specifiers.Constructors and destructors, new and delete.

References, other constructors, conversion operators, assignmentoperators.Other operators, more stream I/O

Namespaces, Templates & STL strings

STL collections & STL: algorithms

InheritanceMore inheritanceException handling & OO designs in C++Textbook

C++ by Stanley B Lipmann


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Semester: M.Tech (Research) or M.S (Research) 4th Semester ComputerScience Subject Title: Finite Automata and Formal LangaugesDuration : 48 hours Subject Code: IMT4C1

Objectives: This course is an introductory study of the foundational theory ofcomputing. While providing an overview of computing machines, automata, formallanguages and grammars, the course emphasizes applications of the theory.

Outline:

Introduction to automata and review of proof methods

Finite automata Regular expressions and languages

Context-free grammars and languages

Pushdown automata

Introduction to Turing Machines

Un-decidability

Intractability and NP-Complete problems

Textbook:Introduction to Automata Theory, Languages, and Computation, Second Edition,Hopcroft, Motwani, and Ullman, Pearson Education, 2001.


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Semester: M.Tech (Research) or M.S (Research) 4th Semester ComputerScience Subject Title: Database Management SystemsDuration : 48 hours Subject Code: IMT4C2

Objectives: This is the first course on relational database systems and opensdoors to the database stream of elective courses. The course covers both thetheory of the relational model with its normal forms and the practical aspects of SQLand transaction management. Examples will be from the DB2 platform.

Outline:

Introduction to databases Data modeling using ER diagrams and UML

Relational model

Relational algebra

SQL

Schema design and normalization

Transaction management

Introduction to crash recovery

Database security

Textbook:

Fundamentals of Database Systems,Elmasri and Navathe, Pearson Education, 2004.


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Semester: M.Tech (Research) or M.S (Research) 4th Semester ComputerScience Subject Title: Principles of Programming LanguagesDuration : 48 hours Subject Code: IMT4C3

Course outline:

Introduction

Data Types

Data Representation

Imperative Programming

Object-Oriented Programming

Functional Programming

Logic programming

Text Book :Programming Languages , Ravi Sethi Addison Wesley,Programming Languages, Design and implementation, Terrance Pratt, PHI


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Semester: M.Tech (Research) or M.S (Research) 4th Semester ComputerScience Subject Title: Unix Operating SystemDuration : 48 hours Subject Code: IMT4C4

Course OutlineIntroduction

History

Architecture

Basic commands

File handling commands

File system File attributes

Basic commands

Shell programming

Types of shells

Environment variables

Logical operators

Conditional execution

Handling positional parameters, branching and looping

AWK

Operational mechanism

Special variables

Built in functions

Perl

Variables and operators


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Lists and arrays

Pattern search

Text Book :

UNIX Complete Reference Kenneth Rosen, Douglas Host, James Farber andRichard Rosinski

Unix Concepts and Applications, Sumitabha Das

Semester: M.Tech (Research) or M.S (Research) 5th Semester ComputerScience Subject Title: Computer Networks -IDuration : 48 hours Subject Code: IMT5C1

Course Objectives: This course is designed as a first course for students who areinterested in the converging area of Computers and Data Communications vianetworking concepts.

Course Outline

Overview of the Data representation, networks, internet layer, protocols andstandards

Physical layer

Signal representation( Analog and digital ) Signal transmission

Data link layer concepts

Error detection

Error correction

DLL protocols

Multiple acess control

Ethernet based local area networks


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Text books

Computer Networks by A. S. Tannenbaum, Pearson Education, 4th Edition

Data Communications and Networking by B. A. Forouzan, TMH, 3rd

Edition

Semester: M.Tech (Research) or M.S (Research) 5th Semester ComputerScience Subject Title: Software TestingDuration : 48 hours Subject Code: IMT5C2

Objective: This course introduces the basic of testing. It also deals with the keypractices that help software testing. It examines various testing techniques andreporting defectives effectively,

Course Outline

Software Testing Background:

What is a bug? Software failure terminologies.

Why do bugs occur?

Cost of bugs in software.

Software Testing Basics:

Testing axioms.

Precisions & Accuracy.

Verification & Validation.

Quality & Reliability. Testing & Quality Assurance.

Black-Box & White-Box Testing.

Static & Dynamic Testing.

Examining Specification:

Static Black-Box Testing.

High-Level Review of Specification.


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Low-Level Review of Specification.

Dynamic Black-Box Testing.

Data Testing:

Boundary & Sub-Boundary conditions. Default, Empty, Blank, Null, Zero & None.

Invalid, Wrong, Incorrect, & Garbage Data.

State Testing:

Softwares Logic Flow.

Testing States to Fail.

White-Box Testing:

Static White-Box Testing:

Formal Reviews: Peer/ Walkthrough/ Inspections..

Generic Code Review Codelist. Dynamic White-Box Testing.

Testing the pieces.

Data Coverage.

Code Coverage.

Testing Methods:

Verification Testing:

Basic Verification Methods.

Verifying documents at different phases.

Validation Testing:

Controlling Validation costs. Compatibility Testing.

Usability Testing.

Foreign Language Testing.

Testing Tasks, Deliverables and Chronology.

Alpha & Beta Testing.

Software Testing Tools:


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Benefits of Automation.

Categorizing Testing tools.

Viewers & Monitors.

Drivers. Stubs.

Stress & Load tools.

Interference Injectors & Noise Generators.

Fully Programmable Automated Testing Tools.

Measurements.

Test Planning & Documentation:

Test Phases.

Test Strategy.

Resource requirements. Test Cases.

Test Procedures.

Test Schedule.

Bug Reporting.

Metric & Statistics.

Risks & Issues.

Reporting Bugs.

Bug-Tracking Systems.

Software Quality Assurance: QA in Workplace.

CMM

Managing Testing Technology:

Organizational Approaches to Testing.

Current Practices, Trends & Challenges.

Getting Sustainable Gains in Place.


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Text Books

Software Testing: Ron Patton.

Software testing techniques: Van Nostrand Reinluold.

The Art of Software testing: Wiley-Dreamtech.

Introducing Software Testing: Loise Tamres.

Semester: M.Tech (Research) or M.S (Research) 5th Semester ComputerScience Subject Title: Programming with JavaDuration : 48 hours Subject Code: IMT5C3

Course Objective: This course teaches core Java. Topics include

Java language

Variables

Operators

Control flow

Object references

Packages and Interfaces

Java classes String handling

Handling Exceptions

Threads and synchronization

File input/output

Developing Applets.


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Graphics programming

AWT

Components

Layout Menu

Text booksThe Java Handbook - Patrick Naughton, Tata Mcgrawhill

Semester: M.Tech (Research) or M.S (Research) 5th Semester ComputerScience Subject Title: Advanced DBMSDuration : 48 hours Subject Code: IMT5D1

Course objectives : this course covers the advanced concepts in DBMS

Course Outline

Data storage

Index structures

Query processing and optimization

Object oriented databases

Database tuning

Distributed data bases

Semester: M.Tech (Research) or M.S (Research) 5th Semester Computer


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Semester: M.Tech (Research) or M.S (Research) 5th Semester ComputerScience Subject Title: JCL and CICSDuration : 48 hours Subject Code: IMT5L1

Course Objective: This course teaches programmers the role of CICS in a businesstransaction environment.

CICS introduction

CICS supplied transactions

Application design (presentation logic, business logic, data logic)

Application programming

Resource definition

Recovery/restart

File and database facilities

Data queuing facilities

CICS intercommunication

CICS and the client/server environment

CICS platformsTextbooks

To be decided


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Semester: M.Tech (Research) or M.S (Research) 5th Semester ComputerScience Subject Title: Introduction to web technologiesDuration : 48 hours Subject Code: IMT5W1

Course Objective: This is a course designed to introduce students to several basicconcepts that form the foundation of todays web technology.

Course Outline:

Internet Architecture

Internet setup Client side, Server/ISP side Domain Name System

Domain registration, Web Hosting, FTP, FTP servers

Email Architecture, Extensions and setup

Introduction to protocols such as http, ftp, etc

Introduction to html, xml, xsl, etc

Browser Technology

Multimedia Networking including protocols rtp, rtcp

Search engines


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Semester: M.Tech (Research) or M.S (Research) 6th Semester ComputerScience Subject Title: Computer Networks - IIDuration : 48 hours Subject Code: IMT6C1

Course Objectives: This course is intended to cover the Network andTransportation Layers of the Internet Model.

Course Outline

Network layer Source to destination delivery of packets

Addressing and routing

Protocols like ARP, IPV6, ICMP

Transport layer

Delivery of entire message

TCP and UDP

congestion control

quality of service

Application layer

Principles of Network Management

Text BookComputer Networks by A. S. Tannenbaum, Pearson Education, 4th Edition


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Semester: M.Tech (Research) or M.S (Research) 6th Semester ComputerScience Subject Title: Management Information SystemsDuration : 48 hours Subject Code: IMT6C2

Course Outline

Foundations and principles of MIS

Solving business problems with MIS

MIS applications

MIS for decision support

Managing IT

Text BookManagement information systems, A.OBrien, 7th edition


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Semester: M.Tech (Research) or M.S (Research) 6th Semester ComputerScience Subject Title: Principles of User Interface Design


Course Outline

Human Factors , Theories Principles and guidelines

Human Factors for Interactive Software

Managing design processes

Software tools

Interaction devices

Multiple window strategies

Text Book:

Designing User interface , Ben Shneiderman

Human Computer Interaction , Alan J. Dix et al.

User interface Design , by Eberts


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Semester: M.Tech (Research) or M.S (Research) 6th Semester ComputerScience Subject Title: Data Warehousing and Business intelligenceDuration : 48 hours Subject Code: IMT6D2

Course OutlineThis course provides an introduction to data warehouse design. Topics include

data modeling,

database design and database access.

Extracting business intelligence using data mining techniques.

Text BookData Warehousing Architecture and Implementation Mark Humphries et. Al.


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Semester: M.Tech (Research) or M.S (Research) 6th Semester ComputerScience Subject Title: ERP and CRM

Duration : 48 hours Subject Code: IMT6E2

Course Outline

Enterprise Resource Planning

Overview

Business Engineering and Modeling for ERP

ERP Implementation

ERP and competitive advantage ERP domain

Case studies

Customer relationship management

Architecture of CRM

Operational CRM

Analytical CRM

Collaborative CRM

improving customer service

improving customer relationship

technical functionality

privacy and ethical concerns

setting up a framework for CRM

CRM in business


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Semester: M.Tech (Research) or M.S (Research) 6th Semester ComputerScience Subject Title: IMS

Duration : 48 hours Subject Code: IMT6L2

Course Objective: This course teaches individuals who program in Common BusinessOriented Language (COBOL), Programming Language One (PL/I), or Assembler languageusing DL/I to navigate through an IMS database. Topics include

DL/I introduction

DL/I call process

DL/I retrievals

DL/I updates

DL/I programming techniques

DL/I Serial Storage Architecture (SSA) advanced

DL/I test program

Hierarchic access methods

Logical relationships

Programming standardsTextbooks

To be decided


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Semester: M.Tech (Research) or M.S (Research) 6th Semester ComputerScience Subject Title: Enterprise Java

Duration : 48 hours Subject Code: IMT6W2

Course Outline

Servlets,

Enterprise Java Beans,

Java Server Pages.

Text Book

Enterprise Java Programming with IBM Web sphere Gary Craig et. al.


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Semester: M.Tech (Research) or M.S (Research) 7th Semester ComputerScience Subject Title: Mobile Computing


Course Outline

Introduction

What pervasive computing is all about

Devices

Information Access Devices

Smart identification

Embedded controls

Entertainment Systems Connecting the world

Internet protocols and formats

Mobile internet

Voice

Web services

Connectivity

Back end server infrastructure

Gateways

Application servers

Internet portals Device management

Synchronisation

New Services

Home services

Travel and business services

Consumer Services


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Text BooksPrinciples of Mobile Computing , Hansman, 2nd edition , Springrer.

Semester: M.Tech (Research) or M.S (Research) 7th Semester ComputerScience Subject Title: Software Project ManagementDuration : 48 hours Subject Code: IMT7C2


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Objective: This course covers the understanding of the management issues atproject level, the understanding of the way a project is initiated and successfullycompleted. The course also helps one to get familiar with the key areas of project

management

Introduction:

Project Characteristics.

Nature and Context of Project Management.

Pitfalls in Project Management.

Conventional Project Management.

Project Management Lifecycle.

Project Management Key Areas:

Scope.

Time. Cost.

Quality.

Human Resource.

Communication.

Risk.

Procurement.

Knowledge.

Project Organizations:

Line-of-Business. Project Organizations.

Planning:

POS.

Define Project Objectives.

Identify Success criteria.

List Assumptions, Risks & Obstacles.


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Estimate Activity Duration.

Determine resource requirements.

Risk Management.

Configuration Management.

Construct Project Network.

Approval.

Execution:

Project Structures.

Teams & Organizations.

Level Project Resources.

Scheduling Activities.

Review.

Controlling: Control Vs Risk.

Purpose of control.

Project Tracking.

Progress reporting Systems.

Purpose, Change & Frequency of Reports.

Change control.

Close Out of the project:

Steps in Closing.

Obtain Client Acceptance. Install Project Deliverables.

Document the Project.

Software Management Process Framework: Unified Framework.

Life Cycle Phases:

Inception, Elaboration, Construction & Transition.


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Artifacts.

Management Set, Engineering Set & Test Artifacts.

Workflows.

Process workflows.

Iteration Workflows.

Checkpoints.

Major.

Minor.

Iterative Process Planning.

Process Automation.

Project control Core Metrics.

Tailoring Process.

Modern Project Profiles.

Text Books:

Effective Project Management: Robert Wysocki.

Project Management: Harvey Maylor.

SPM: A Unified framework: Walker Royce.

CMM In Practice: Pankaj Jalote.

Software Project: Survival Guide: Steve McConnell

Semester: M.Tech (Research) or M.S (Research) 7th Semester ComputerScience Subject Title: Introduction to XMLDuration : 48 hours Subject Code: IMT7D3


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Course Outline

Core family of XML languages XSL/XSLT

X ML schema

Xpath

Xpointer

Xlink

Overview of XML applications in databases

Content management

EAI

Semester: M.Tech (Research) or M.S (Research) 7th Semester ComputerScience Subject Title: Database administration and applicationdevelopmentDuration : 48 hours Subject Code: IMT6D4


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Course Objective: This course covers basic database administration tasks in DB2 UDBV8.1. Topics include

List and describe the components of DB2 UDB.

Implement DB2 UDB security.

Perform basic DB2 UDB administration using commands or the graphical user interface(GUI).

Perform the tasks necessary to support a basic recovery strategy.

Text book

DB2 UDB Administration course material

Semester: M.Tech (Research) or M.S (Research) 7th Semester ComputerScience Subject Title: Supply Chain ManagementDuration : 48 hours Subject Code: IMT7E3


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Course Outline

SCM business process : evaluating and selecting suppliers for products, parts, or subassemblies;

monitoring inventory levels and reordering from suppliers;

planning production activities based on customer demand;

overseeing manufacturing tasks;

scheduling and tracking product deliveries to customers; and

Collaborating with CRM employees on customer service.

SCM Overview,

Logistics,

ILM,

Transportation systems,

Distribution

Semester: M.Tech (Research) or M.S (Research) 7th Semester ComputerScience Subject Title: Enterprise Application IntegrationDuration : 48 hours Subject Code: IMT7E4


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Course Outline

Introduction to EAI Why EAI ?

Types of EAI

EAI technologies

Business Advantages of EAI

EAI for critical new solutions

EAI of legacy and packaged applications

World Wide Web and EAI

EAI of ERP and SCM

Semester: M.Tech (Research) or M.S (Research) 7th Semester ComputerScience Subject Title: RPGDuration : 48 hours Subject Code: IMT7L3


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Course Objective: This course teaches the basic features and functions of RPG IV forVersion 5. Develop and maintain simple RPG IV programs written using the latest featuresand techniques available in the Version 5 compiler.

CODE tutorial

RPG IV introduction

Coding specifications for RPG IV

Data representation and definition

Manipulating data in calculations

Printing from an RPG IV program

Using the debugger

Structured programming and subroutines

Accessing the DB2 database using RPG IV

Coding inquiry programs

Text book

To be decided

Semester: M.Tech (Research) or M.S (Research) 7th Semester ComputerScience Subject Title: AIXDuration : 48 hours Subject Code: IMT6L4


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Course Objective: This course teaches basic AIX administration tasks. Topics include

Planning

System configuration

System initialization and startup

Object Data Manager (ODM)

Devices

Printers and queues

System storage

Disk management

Error log, syslogd and dump

Performance

System recovery

Backup and restore

System management

Scheduling Networking

Network Installation Management (NIM)Textbook

AIX Administration and Support Certification Exam (Test 232).

Semester: M.Tech (Research) or M.S (Research) 7th Semester ComputerScience Subject Title: Web Enabled application Development



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Course OutlineCourse Objective: This course helps in all aspects of Web Information

development including concepts, techniques, skills and resources required fordeveloping information content for the World Wide Web.

Course Outline: The coursecovers the following areas:1. Introduction to Web Systems and application2. Web development Processes3. Web Implementation and Tools4. Gateway Programming5. Case Studies

Text Books:

Web Development by J. December, M. Ginsburg, etc al, McMillan ComputerPublishing

Semester: M.Tech (Research) or M.S (Research) 7th Semester ComputerScience Subject Title: Enterprise Content ManagementDuration : 48 hours Subject Code: IMT7W4


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Course objective : This course provides essential product neutral introduction tofield of content management

Course Outline

Indexing and search engines

Document management

Classification and retrieval

Publication and quality process in content repositories

Semester: M.Tech (Research) or M.S (Research) 8th Semester ComputerScience Subject Title: Artificial Intelligence and Expert SystemsDuration : 48 hours Subject Code: IMT8D5


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Course Outline

Topics in artificial intelligence

Practical applications in expert systems

Smart interactive applications

Lateral methodologies

Neural networks

Genetic algorithms

Semester: M.Tech (Research) or M.S (Research) 8th Semester ComputerScience Subject Title: Introduction to Semantic WebDuration : 48 hours Subject Code: IMT8D6


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Course objective : This course introduces the emerging area of the semantic weband semantics based applications

Course outline

XML and XML Schemas

RDF and RDF schema

OWL and its use in designing domain specific representation languages

Application in web and enterprise scenarios

Semester: M.Tech (Research) or M.S (Research) 8th Semester ComputerScience Subject Title: Simulation and ModelingDuration : 48 hours Subject Code: IMT8E5


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Course outline

Fundamentals of simulation

Probability and statistics in simulation

Elements of discrete simulation

Gathering statistical observations in simulation

Interpreting simulation results

Text Books

Simulation modeling and simnet, Hamdy A. Taha

Semester: M.Tech (Research) or M.S (Research) 8th Semester ComputerScience Subject Title: Decision Support SystemsDuration : 48 hours Subject Code: IMT8E6


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Course outline

DSS foundations

DSS theory

Building DSS

Expert Systems (Knowledge based DSS)

Model Driven DSS

DSS applications and evaluation

Semester: M.Tech (Research) or M.S (Research) 8th Semester ComputerScience Subject Title: Industry - 1Duration : 48 hours Subject Code: IMT8L5

Course OutlineTo be Discussed and included

Semester: M.Tech (Research) or M.S (Research) 8th Semester ComputerScience Subject Title: Industry - 2Duration : 48 hours Subject Code: IMT8L6


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Course OutlineTo be Discussed and included

Semester: M.Tech (Research) or M.S (Research) 8th Semester ComputerScience Subject Title: E-Commerce & Web SecurityDuration : 48 hours Subject Code: IMT8W5

Course Objective: The objective of this course is to introduce the students toElectronic Commerce.E-commerce is the buying and selling of goods and services on the Internet,especially the World Wide Web. For online retail selling, the term e-tailing is alsosometimes used.

Course Outline: The coursecovers the following areas:1. E-Commerce Phenomenon2. Architecture for E-Commerce3. Server Hardware, Redundancy, Security4. Generic business models of E-Commerce5. Logistics /Order fulfillment6. B2C applications, B2B applicationsText Books:

Complete E-Commerce Book: Design, Build and Maintain a Successful Web-Based Business by Janice Reynolds, CMP Books

The Business of E-Commerce by P. May, Cambridge University Press, 1 st

Edition, 2001


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Semester: M.Tech (Research) or M.S (Research) 8th Semester ComputerScience Subject Title: Web Security


Course Objective: This course is designed to provide a practical survey of both thePrinciples and practice of Cryptography and Network Security Technology.

Course Outline:

Conventional (Private Key) Encryption algorithms and the design principles

Public Key Encryption,

Hash Functions,

Message Authentication, Digital Signatures

Key certification

Network Security Practice

Tools and Applications

PGP, Kerberos, IP Security,

X.509 Certification, SSL, S/MIME, etc

System level security including attacks/threats,

Countermeasures for intruders and viruses,

use of firewalls and trustedsystemsText BookCryptography and Network Security Principles and Practices by W. Stallings, PHI,3rd Edition

Documents

IBM Scheme of Study - Original From PESIT