Revised Syllabus of
(B.E. Information Technology Sem –VII & VIII )
To be introduced from the academic year 2010-11
(i.e. from June 2010 ) Onwards
(Subject to the modifications will be made from
time to time)
Elective
I:
1. Project Management
2. Cyber Laws
Elective
II:
1. Business
Intelligent System
2. ANN
& Genetic Algorithm
Note:
1. The term work as
prescribed in the syllabus is to be periodically and jointly assessed by a
team of teachers from
the concerned department.
2. In case of
tutorials, students of different batches be assigned problems of different
types
and be guided for the
solution of the problem during tutorial session. Problems thus
solved be translated
into computer programs wherever applicable and executed by
respective batches
during practical session.
3. The assignments of
tutorials and practicals need to be submitted in the form of soft copy
and / or written
journal.
4. Breakup of term
work marks shall be as follows:
• Mid-semester test –
5 marks.
• End-semester test –
5 marks.
• Tutorial
assignments and / or practical performance – 15 marks.
5. Project work
should be continually evaluated based on
a. The contributions
of the group members, originality of the work, innovations
brought in, research
and developmental efforts, depth and applicability, etc.
b. Two mid-term
evaluations should be done, which includes presentations and
demos of the work
done.
c. Care
should be taken to avoid copying and outsourcing of the project work.
6. In addition to the
above list of electives, any other elective based on the current
developments and need
may be offered with prior sanction from the University
Authorities.
7. The elective
should be offered by the department, if the minimum number of students
opting for a
particular elective must be 15 students and it should be taught by the
concerned teacher.
[Note :- Examination scheme
and term work marks strictly as per above structure]
B.E.
(INFORMATION TECHNOLOGY) Sem – VII
1)
MOBILE TECHNOLOGY
Lecture
: 4 hrs week Theory: 100 Marks
Tutorial
: 1 hr/week TW : 25 marks
Section
– I
1.
Introduction to wireless communication: Need and Application of
wireless
communication. Wireless
Data Technologies Market for mobile. 3 hrs.
2.
Wireless transmission: Frequency for radio transmission signal
antennas, signal
propagation
Multiplexing Modulation, Spread and Cellular systems. 4 hrs.
3.
Medium Access Control: Specialized MAC, SDMA, FDMA, TDMA &
CDMA 4 hrs.
4.
GSM Technologies: GSM architecture, entities, call routing in GSM, PLMN Interfaces,
GSM Addresses and
Identifiers, Network Aspects in GSM, GSM Frequency Allocation,
Authentication and
Security, 3G Networks, Applications on 3G. 6 hrs.
5.
Services over Mobile Communication: Mobile computing over SMS,
Short Message
Services, Value added
services through SMS, GPRS and Packet Data Network, GPRS
Network Architecture,
GPRS Network Operations, Applications of GPRS, Limitations of
GPRS. 6 hrs.
Section
– II
6.
Wireless LAN:
Introduction,
Infrared v/s Radio transmission, Infrastructure and ad-hoc Network, IEEE
802.11, Blue Tooth. 4
hrs.
7.
Mobile Network Layer: Mobile IP, DHCP. 2 hrs.
8.
Mobile Transport Layer: TCP, Fast and selective retransmission
and recovery
Transaction oriented
TCP. 4 hrs.
9.
Wireless Application Protocol: Introduction, WAP, MMS. 4
hrs.
10.
Wireless Device with Windows CE: Introduction, Different
flavors of Windows CE,
Windows CE
Architecture, Windows CE Development Environment. 4 hrs.
11.
Security Issues in Mobile Computing: Introduction, Information
Security, Security
Techniques and
Algorithms, Security Protocols, Public Key Infrastructure, Trust, Security
Models, Security
Frameworks for Mobile Environment. 5 hrs.
Text
Books:
1. Mobile
Communications - Jochen Schiller - 2nd edition, Publication-Pearson Education.
(For Chapter No. 1,
2, 3, 6, 7, 8)
2. Mobile Computing –
Ashok K Talukdar, Roopa R Yavagal, Publication-TATA
McGRAW HILL (For
Chapter No. 4, 5, 9, 10, 11)
Reference
Books:
1. Introduction to
Wireless Telecommunications systems and Networks - Gary J. Mulett.
[Cengage Learning
(India Edition)]
2. Mobile
Communication – G.K. Behra, Lopamudra Das, [Scitech Publication (India)
PVT. LTD.]
Term
work: It should consist of 10 to 12 assignments based on the topics of
the syllabus.
2)
ADVANCED DATABASE SYSTEMS
Lectures
: 4 hrs/week Theory: 100 Marks
Practical
: 2 hrs/week TW : 25 Marks
Section-I
1. Object-Oriented
& Object Relational Databases: Overview of Object-Oriented concepts,
Object identity,
Object structure, and type constructors, Encapsulation of operations,
Methods, and
Persistence, Type hierarchies and Inheritance, Type extents and queries,
Complex objects;
Database schema design for OODBMS; OQL, Database design for an
ORDBMS – Nested
relations and collections; Storage and access methods, Systems
comparison of RDBMS,
OODBMS, ORDBMS. 7 hrs
2. Parallel and
Distributed Databases : Architectures for parallel database, Parallel query
Evaluation,
Parallelizing individual operation, Parallel Query Optimization, Distributed
DBMS Architecture,
Storing data in distributed DBMS, Distributed Catalog Management,
Distributed query
processing, Updating distributed data, Distributed concurrence control,
Distributed recovery.
7 hrs
3. Advanced
transaction processing : Transaction-processing monitors, transactional
workflows,
main-memory databases, real-time transaction systems, long-duration
transactions,
transaction management in multi-databases. 5 hrs
4. Database
Security : Access Control, Grant & Revoke on Views and Integrity
Constraints,
Role Based security,
Mandatory access control, Role of DBA security in Statistical
Databases. 5 hrs
Section-II
5. Web databases :
Web search engines, web search architecture, Inverted indexes the IR
way, Inverted indexes
for web search engines, web crawling, Overview of XML, Structure
of XML data, Document
Schema, Querying XML data, Storage of XML data, XML
applications. 6
hrs
6.
Decision Support : Introduction Data Warehousing OLAP, Implementation Techniques
for OLAP,Views and decision support. 6 hrs
7.
Data Mining: Introduction, Counting Co-occurrences, Mining for rules, Tree
structured
rules, Clustering,
Similarity search over sequences, Additional data mining tasks. 6 hrs
8. Enhanced Data
Models for Advanced Applications: Active database concepts, Temporal database
concepts, Spatial databases, Concepts and architecture, Deductive databases and
Query processing, Mobile databases, Multimedia Databases, Geographic
information systems. 6 hrs
Text
Books:
1. Database system
concepts – Silberschatz, Korth, Sudarshan ,4th Edi. [MGH International
Edition] -- Chapter
No. 1, 2, 3, 5,6.
2. Fundamentals of
Database Systems -Elmasri and Navathe, 4th edition
[Pearson
Education] -- Chapter
No. 4, 7.
3. Database
Management Systems - Raghu Ram Krishnan. 2nd edition [McGraw Hill]
-- Chapter No. 8
Reference
Books:
1. Database System
Design Implementation & Management - Rob & Control (Thomson
Learning)
2. Decision support
and data warehouse systems -Mallach (TMH)
3. Data Mining –
Introductory & Advance Topic -M. H. Dunham[Pearson Edt.]
Term
work:
It should consist of
minimum 10 to 12 experiments based on the syllabus and experiment list
mentioned below
should be implemented using JAVA and any RDBMS like ORACLE / MySql /
IBM-DB2 / MSSQL
SERVER , etc.
1) Implement two
phase commit in distributed DBMS
2) Implementation of
Concurrency Control in distributed DBMS.
3) Implement parallel
joins, sorting and aggregates.
4) Implementation of
database security using grant & revoke.
5) Implementation of
Web Interface to Databases.( Simulation of a search engine)
6) Implementation of
querying on XML data using XML schema & XML types.
7) Implementation of
OLAP queries
8) Implementation of
cube operator in OLAP queries in data warehousing and decision
support system
9) Implement Apriori
algorithm in data mining
10) Implement view
modification and materialization in data warehousing and decision
support systems
11) Implement
Decision Tree of Data Mining problem.
12) Installation
& Configuration - Case Study of IBM-DB2 database/MS-SQL server/Oracle/
MySql or any open
source RDBMS
3.
REAL TIME SYSTEMS
Lectures
: 3 Hr/week Theory: 100 Marks
Tutorial
: 1 Hr/week TW : 25 Marks
Section
– I
1. Basic Real-
Time Concepts & Hardware Consideration: Terminology, Real Time design
Issues, Example, Real
–Time systems, brief history, basic architecture, H/W interfacing,
CPU, Memory &
I/O. 5 hrs.
2. Real Time
specification and design Techniques: Natural Languages, Mathematical
specification,
flowcharts, structure charts, Pseudocode and programming design languages,
finite state Automata
, Data flow diagram petrinets, Warnier –Orr Notation, State charts
Sanity in using
graphical Techniques. 7 hrs.
3. Real Time
Kernals: Pseudokernels, Interrupt –Driven system, Preemptive Priority
System,
Hybrid System, Task
control block model, Process Scheduling ,RR scheduling, Cyclic
Executives, Fixed
Priority & Dynamic Priority scheduling. 4 hrs.
4. Inter-Task
Communication and Synchronization : Buffering Data, Mailboxes, Critical
Regions, Semaphores,
Event flags and signals, Deadlock. 4 hrs
Section
– II
5.
Real-Time Memory Management: Process Stack Management,
Run time ring buffer,
Maximum stack size,
Multiple-stack Arrangement, Memory management in task-control
block model,
swapping, overlays, block or page management, replacement algorithm,
Memory locking,
Working set, Real time garbage collection, contiguous file system,
Selecting Real-time
kernels. 5 hrs
6.
System Performance Analysis and Optimization : Response-Time
Calculation, Interrupt
Latency, Time-Loading
and its Measurement, Scheduling Is NP-Complete, Reducing
Response Times and
Time-loading, Analysis of Memory Requirements, Reducing Memoryloading,
I/O Performance. 6
hrs
7.
Reliability, Testing and Fault Tolerance: Faults, Failures,
Bugs and Effects, Reliability,
Testing, Fault
Tolerance. 4 hrs
8. Real Time
Applications: Real time systems on complex systems, real time data bases,
real time image processing, Real time process control. 3 hrs.
Text
Books:
1. Real Time Systems
Design & Analysis – An Engineer’s Handbook , second edition -
P.A. Laplante [PHI]
(for chapter no. 2,4,6,7,8)
2. Real Time Systems
Design and analysis – Phillip A. Laplante, Third edition (Wiley
Publication) (for
chapter no. 1,3,5)
Reference
Books :
1. Real Time Systems
– C. M. Krishna, K. G. Shin[McGraw Hill]
2. Real-Time Systems
and their Programming Languages - Burns, Alan and Andy Wellings
( New York :
Addison-Wesley)
3. The Design of
Real-Time Applications - M. Blackman (New York: John Wiley & Sons).
4. Embedded and Real
Time System-concepts, Design & Programming (Black Book by Dr.
K.V.K.K. Prasad.
Term
work:-
It should consist of
10-12 tutorial based on above topic & case study on any of the mentioned
RTOS like RTLinux,
Windows CE,QNX,POSIX.
4)
NETWORK ENGINEERING
Lectures
: 2 Hrs/Week TW: 25 Marks
Practical
: 2 Hrs/Week OE : 50 Marks
1.
Network Hardware : Network Introduction, Network Interface Adapter-Function,
Features, Selection
of NIC, Cabling a Network – Cable properties, Standards, Types, cable
installation. Network
Interconnection devices: Repeaters, Hubs, Bridges, Routers, Switches.
Server Technologies:
Multiple processor servers, Server storage technologies. Designing a
Network. 2 hrs.
2.
Network Operating System: a) Windows 2003/2008 Server, b) Linux:
Overview &
Features, Networking
Architecture, File System, Networking Services, Clients-Text based
clients, GUI based
clients, Remote Desktop. 3 hrs.
3. Installation of
NOS : a) Windows 2003/2008 Server, b) Linux 2 hrs.
4. Directory Services
: Active directory architecture, Deploying active directory, Designing
active directory,
Managing Active directory. Configuration ofa)
Active directory
service (ADS) on Windows Server
b) LDAP on Linux
Server 3 hrs.
5. Managing users,
groups and File System : Managing users and groups on windows and
Linux, RAID, LVM,
Disk Quotas. 3 hrs.
6. Installation
& Configuration of Network services
a. BOOTP/DHCP
b. DNS
c. Web Server
d. File Server
e. E-mail Server
f. Print Server 3
hrs.
7. Security
related issues : File Sharing & security, Firewalls, SELINUX, and
Server
Security. 3 hrs.
8.
Network Management and troubleshooting tools
a) Operating System
utilities
b) TCP/IP utilitie
c) Network analyzer
d) Traffic analysis
e) Protocol analysis
f) Network Management
Using SNMP. 3 hrs
Reference
Books :
1. The complete
Reference Networking - Craig Zacker [TMH Publication]
2. Windows 2003
Server Complete Reference - Kathy Ivans [TMGH]
3. Windows 2008
Server Complete Reference- Kathy Ivans [TMGH]
4. The complete reference
Linux -Richard L. Peterson [Tata Mcgraw Hill
Publication]
5. Step-by-Step
guides from www.redhat.com
6. Network security
tools – Nitesh Dhanjani, Justine Clark[Oreilly publication]
7.
http://sectools.org
8. Networking Bible –
Sosinsky (Wiley India)
9. Linux Lab : Hands
on Linux by D. Ambawade & D.N. Shah [dreamtech press]
Term
work:
It should consist of
12 experiments on above topics. There should be at least one experiment on
every topic.
Assignments can be performed in a group (maximum 5 students per group) of
students
Following is the
reference list of assignments:
1. Installation of
NOS
a. Linux (Kickstart,
NFS, FTP)
b. Windows 2003 or
2008 Server
2. Configuration of
DHCP Server on Linux and Windows Server with static as well as
dynamic address bindings.
3. Configuration of
Domain Name Server with forward & reverse zones on Linux and
Windows Server. Add
records like A, MX, SOA, NS, AAAA, PTR, CNAME, etc. Use
client side utilities
for DNS (like dig, nslookup, host) to check the server.
4. Installation and
configuration of Active Directory Service- add users, hosts, define group
policies, etc.
5. Implementing
centralized login system using LDAP or RADIUS or NIS.
6. Configure File
Server with DISK QUOTAS.
7. Configure Web
Server with Virtual Hosting support.
8. Configure Email
server on Linux (Sendmail or EXIM)
9. Study of different
security tools:
10
a. Nmap
b. Nessus
c. Nikto
d. Snort
10. Writing packet
sniffers & packet crafter using LIBPCAP & LIBNET
11. Study of GnuPG.
5)
WEB TECHNOLOGY-I
Lectures
: 2Hrs/week TW : 25 M
Practical
: 2 Hrs/week POE: 50 M
Objectives:
1. Introduce the
students to emerging web technologies
2. Introduce the
students with XML concepts and its application
3. Motivate the
students to develop web applications
4. To create awareness
about the differences in Desktop and Web Application
1. Introduction to
XML: What is XML, XML verses HTML, XML terminology, XML
standards, XML syntax
checking, The idea of markup, XML Structure, Organizing
information in XML,
Creating Well-formed XML, XML Namespaces. DTDIntroduction
to DTD, Document Type
Declaration, Element Type Declaration, Attribute
Declaration,
Conditional Section, Limitations of DTD 2 hrs
2. Parsing XML: Introduction
to Parser, Parsing approaches, JAXP, JAXP and SAX,
JAXP and DOM. 3
hrs
3. Extensible
Stylesheet Language(XSL): Introduction to XSL, overview, XPATH, XSLT
– templates, creating
elements and attributes, looping and sorting, conditional processing,
defining variables. 2
hrs
4. XML Schema: Introduction,
basic and complex schema, specifying frequency, element
contents, content
model reuse, anonymous types, mixed content, grouping of data,
mandating all
elements, choices, sequences, simple types- numeric, time, xml, string,
binary data types,
deriving types- facets, attributes. 2 hrs
5. Introduction to
Servlet: History of web applications, support for web application, power
of servlet, a
Servlet’s job, basic servlet code, configuration of apache tomcat server, set
up Development
Environment, Compiling and Deploying Servlet, Web Application -
directory structure,
Deployment descriptor, Assigning custom URLs to servlet. 1 hrs
6. Structure of
Servlet: HTTP basic, The servlet API, Page Generation, The Servlet Life
Cycle – The Service
method, doGet and doPost methods, Init method, destroy method,
The Single Thread
Model Interface. 1 hrs
7. Retrieving
Information : Servlet Init Parameters and Parameter Names, Information
about server, Context
Init Parameters, The Client Information – information about client
machine, Restricting
Access, Information about user, The Request – Request Parameter,
path information,
Serving files, Serving Resources, Request Headers, Handling Post
Request. 2 hrs
8. Creating
Response in Servlet: The Structure of response, sending normal response,
using persistent
connection, response buffering, controlling response buffer, status codes,
setting status code,
HTTP headers, setting HTTP headers, Redirecting request, client
pull, configuring
error pages, logging, Exceptions. 2 hrs
9. Session
Management in servlet: Session tracking, Session tracking Mechanisms
–
Hidden Form Fields,
URL Rewriting, cookies, Session Tracking APIs, session life cycle,
Setting session
timeout, life cycle methods, manually invalidating session, Session ID,
non cookie Fallbacks.
2 hrs
10. Java Server
Pages: Need for JSP, Benefits of JSP, Advantages of JSP over other
technologies,
Installation of JSP pages, Creating Template Text, Invoking Java Code
From JSP, Limiting
the JAVA code in JSP, Using JSP Expression, Example of JSP
Expression, Comparing
Servlet to JSP, Writing Scriptlets, Scriptlet examples, Scriptlet
for conditional
execution, Using Declaration, Declaration Example, Using Predefined
Variables, JSP page
Directive – import, contentType, pageEncoding, session, buffer,
autoFlush, errorPage.
3 hrs
11. Web Services :
Introduction to Web Services, Comparison of Web Services with
traditional
technologies, Buzzwords in Web Services, Java Web Services, RESTful Web
Services 3 hrs
Text
Books:
1. XML and Related
Technologies – Atul Kahate[Pearson Education]
2. Java Servlet
Programming – Jason Hunter[ SPD O’REILLY]
3. Core-Servlet and
JavaServer Pages Volume -1 , 2nd Edition [Marty Hall, Larry
Brown, Pearson
Education]
Reference
Books:
1. The XML Handbook –
Charls Goldfarb.
2. Learning XML – Erik
Ray[SPD O’REILLY 2nd Edition]
3. Web Technologies -
Black Book [ Dreamtech Press]
4. Head First –
Servlet and JSP - Bryan Basham[SPD O’REILLY, 2nd Edition]
Term
Work: It should consist of 10-12 experiments based on the following
topics.
1. Create different
types of XML documents.
2. Search information
from XML document using SAX parser.
3. Navigating the
Document Object Model tree for given XML Document.
4. Editing, Updating
XML document using DOM.
5. Write XSLT
styles-sheet to convert XML document to HTML.
6. XML Validation
using XSchema.
7. Remote Procedure
call using XML.
8. Storing XML
contents to database.
9. Installation,
Configuration of Tomcat Server and Deployment of servlet based
application.
10. Write a servlet
to store form data to database – use Type 4 JDBC driver and
Database connectivity
support from server.
11. Session
Management using Servlet.
12. Write a JSP
application to display database contents.
13. Write an JSP
application to search particular information in database
14. Session Management
using JSP.
5)
ELECTIVE-I
a. Project
Management
Lectures:
3 hrs/week Theory: 100 Marks
Objectives:
1. Provide students
with a basic understanding of project management principles and
practices.
2. Increase the
student's ability to function effectively on a project team.
3. Describe and
understand the purpose of each component of a project plan document
4. Demonstrate
competency in the creation and management of a project plan
5. Share best
practices and tools related to project management
SECTION
– I
1. Introduction to
Project Management : Project, project management(PM), role of
project manager,
project management profession, system view of PM, organization,
stakeholders, project
phases and lifecycle, context of IT projects, process groups,
mapping groups to
knowledge areas. 5 hrs
2. Project
Integration Management: Strategic planning and project selection,
preliminary
scope statements,
project management plans, project execution, monitoring and
controlling project
work, integrated change control, closing project, software assistance.
4
hrs
3. Scope
management: scope planning and scope management plan, scope definition and
project scope
statement, creating the work breakdown structure, scope verification and
control, software
assistance. 3 hrs
4. Time management:
Importance of project schedules, activity - definition, sequencing,
resource estimating,
duration estimating; schedule development and control, software
assistance. 3 hrs
5. Cost
management: Importance, basic principles, cost estimating, budgeting and
control,
software assistance. 3
hrs
SECTION
– II
6. Quality
management: Importance, quality - planning assurance control, tools and
techniques, modern
quality management and improving IT project quality, software
assistance. 4 hrs
7. Human Resource
management: Importance, keys to managing people, human resource
planning, acquiring,
developing and managing project team, software assistance. 4 hrs
8. Communication
management: Importance, communication planning, information
distribution,
performance reporting, managing stakeholders, suggestions for improving
project
communication, software assistance. 3 hrs
9. Risk
management: Importance, risk management planning, sources of risk, risk
identification,
qualitative and quantitative risk analysis, risk response planning, risk
monitoring and
control, software assistance. 4 hrs
10. Procurement
management: Importance, planning purchases and acquisitions, planning
contracting,
requesting seller responses, selecting sellers, administering the contract,
closing the contract,
software assistance. 3 hrs
Text
Book:
1. Information
Technology Project Management (4th Edition) – Kathy Schwalbe
(Cengage
Learning – India
Edition).
Reference
Books:
1. Project Management
Core Textbook – Mantel Jr., Meredith, Shafer, Sutton with Gopalan
(Wiley India Edition)
2. Project
Management- A systems Approach to planning, scheduling and controlling -
Harold Kerzner (John
Wiley & Sons, Inc)
3. A
Guide to the Project Management Body of Knowledge (3rd Edition)-
Newtown Square,
PA, Project
Management Institute, 2005.
Note:
• Microsoft
Project 2007 (120-day trial available from http://www.microsoft.com).
5)
ELECTIVE-I
b.
Cyber Laws
Lectures:
3 hrs/week Theory: 100 Marks
Objective:
1. To
learn IT security – threats, detection and prevention
2. To
understand Cyber Laws and provisions.
Section-I
1.
Object and Scope of the IT Act : Genesis, Object, Scope of
the Act, Amendments.
3
hrs
2.
E-Governance and IT Act 2000 : Legal recognition of
electronic records, Legal
recognition of
digital signature, Use of electronic records and digital signatures in
Government and its
agencies. 7 hrs
3.
Certifying Authorities: Need of Certifying Authority and Power,
Appointment, function
of Controller, Who
can be a Certifying Authority?, Digital Signature Certifications,
Generation,
Suspension and Revocation Of Digital Signature Certificate. 7 hrs
Section-II
4.
Domain Name Disputes and Trademark Law : Concept of Domain
Names, New
Concepts in Trademark
Jurisprudence, Cyber squatting, Reverse Hijacking,Meta tags,
Framing, Spamming,
Jurisdiction in Trademark Dispute. 6 hrs
5.
The Cyber Crimes (S-65 to S-74) : Tampering with Computer
Source Documents(S-
65), Hacking with
Computer System(S-66),Publishing of Information Which isObscene
in Electronic
Form(s-67), Offences : Breanch of Confidentiality & Privacy (S-72),
Offences : Related to
Digital Signature Certificate (S-73 & S-74) 7 hrs
6.
E-banking and legal issues: Regulating e-transactions,
Role of RBI and legal issues,
International
transactions of e-cash, Credit card and internet, Laws relating to internet
credit cards. 6
hrs
References:
1. Cyber Law in India
by Farooq Ahmad – Pioneer Books
2. Information
Technology Law and Practice by Vakul Sharma – Universal Law Publishing
Co. Pvt. Ltd.
3. The Indian Cyber
Law by Suresh T Vishwanathan – Bharat Law house New Delhi.
4. Hand book of Cyber
& E-commerce Laws by P.M. Bakshi & R.K.Suri – Bharat Law
house, New Delhi.
5. Guide to Cyber
Laws by Rodney D. Ryder – Wadhwa and Company Nagpur.
6. The Information
Technology Act,2000 – Bare Act – Professional Book Publishers – New
Delhi
6)
PROJECT-I
Practical:
4 Hrs/week TW: 50 Marks
OE:
75 Marks
The project work is
to be carried out in two semesters of B.E Information Technology.
The project should be
undertaken preferably by group of 4-5 students who will jointly work and implement
the project in the two semesters.
In Semester I, The
group will select a project with the approval of the Guide (staff
member) and submit
the name of the project with a synopsis of the proposed work of not more than
02 to 08 pages before second week of August in the academic year. The group is
expected to complete detailed system design, analysis, data flow design,
procurement of hardware and/or software, implementation of a few modules of the
proposed work at the end of semester –VII as a part of the term work submission
in the form of a joint report.
The term work
assessment will be done jointly by teachers appointed by Head of the
Institution.
The oral examination
will be conducted by an internal and external examiner as
appointed by the
University.
Note:
1. Project work
should be continually evaluated based on the contributions of the group
members, originality
of the work, innovations brought in, research and developmental
efforts, depth and
applicability, etc.
2. Two mid-term
evaluations should be done, which includes presentations and demos of
the work done.
3.
Care should be taken to avoid copying and outsourcing of the project work.
B.E.
(INFORMATION TECHNOLOGY) Sem – VIII
1) DISTRIBUTED
COMPUTING
2)
Lectures
: 4 Hrs/week Theory: 100 Marks
Practical
: 2 Hrs/week TW : 25 Marks
OE :
25 Marks
SECTION
–I
1. Introduction: Definition,
goals, types of distributed system, architecture, architectural
styles, system
architectures, Client-server model and examples of distributed system.
5
hrs
2. Processes,
communication & Synchronization: Threads, virtualization, clients,
servers,
remote procedure
calls, distributed shared memory, synchronization, clock
synchronization,
logical clock, mutual exclusion 6 hrs
3. Cluster, grid
computing: A typical cluster computing environment, single system
image, cluster RMS
architecture,
Grid computing :
definition, goals, architecture, case study – GOGRID 5 hrs
4. Cloud computing
– Introduction: Cloud computing -Definition, elasticity and
scalability, self
service provisioning, application program interfaces (APIs), performance
monitoring and
measuring, comparing cloud providers with traditional IT service
providers, addressing
problems 6 hrs
SECTION
–II
5. Cloud computing
-Getting inside the cloud: SAAS, PAAS, IAAS, Deciding on a cloud
strategy,
administrating cloud services, SLA’S and monitoring, Case study: Amazon EC2
4
hrs
6. Looking at the
cloud technical details: API’s and data transformations, data and
application architectures,
managing cloud resources, IT security, performance
measurement,
provisioning, service management 4 hrs
7. Virtualization
in cloud: Visualizing virtualization, characteristics, using hypervisor in
virtualization,
managing virtualization, foundational issues, abstraction layer,
provisioning s/w,
virtualizing storage, hardware provisioning, security issues, taking
virtualization into
the cloud, virtualizing desktop and managing desktops in the cloud,
security issues,
characteristics of SOA, SOA & the cloud. 9 hrs
8. Data security
and security management, storage in the cloud: Need for data security,
data security
mitigation, provider data and security, security management standards,
SAAS, PAAS, IAAS
availability management, security vulnerability management. 6 hrs
Text
Books :
1. Distributed system
- A S Tanenbaum (2nd edition) (chapter 1 and 2).
2. Hadoop: the
definite guide –White [O’ Reilly] (chapter 3)
3. Cloud computing
for dummies - Judith Hurwitz, Robin Bloor, Marcia Kaufman [Wiley India
Edition] (Chapter
4,5,6,7)
4. Cloud security and
privacy - Tim Mather, Subra kumarswamy, Shahed latif [O”relly publications]
(chapter 8)
References
:
1. Distributed
operating systems - Dr. P. K. Sinha (PHI)
2. Distributed system
, concepts and design ,4th edition - Coulouirs, Dollimore, Kindberg (Addison
Wesley)
3. Cloud Application
Architectures -1st edition-George Reese (O’Reilly)
Term
Work:
It should consist of
10-12 experiments based on the following topics, appropriate simulator can be
downloaded and may be used for conduction of 1 or 2 experiments.
1. Assignment on
client server program.
2. Assignment on
3-tier architecture.
3. Program on RPC (
sun rpc is available in linux)
4. Program on clock
synchronization algorithm
5. Program on mutual
exclusion algorithm.
6. A small project on
cluster / grid computing area.
7. Assignment
/Implementation of cloud computing environment.
8. Case study :
Hadoop clusters.
9. Case study :
gogrid.
10. Case study :
Amazon web services, Amazon EC2.
2)
INFORMATION TECHNOLOGY & BUSINESS METHODOLOGY
Lectures
: 4hrs/week Theory: 100 Mark
Tutorial
: 1hr/week TW : 25 Mark
SECTION-I
1. Introduction
ERP: Overview, accommodating variety, integrated management
information,
integration, supply chain and resource management, integrated data model
scope, Technology and
benefits of ERP & the modern enterprise. 4 hrs
2. Business
modeling for ERP: Overview, concept, significance and principles of
business
engineering, BRP, ERP
and IT business engineering with IT, ERP and management
concerns, building an
MIS, Business as a system, core process in a manufacturing
company, entities for
data model in a manufacturing company, extended ERP. 7 hrs.
3. ERP
implementation: Overview, role of consultants vendors and users,
customization,
precautions, post implementation,
option, ERP implementation methodology and
guidelines for ERP
implementation, Mercedes Bens, Keethin Industire, Bull Electronics
Angers Plant
manufactures, Twentieth Centaury companies, A meritech Essar steel,
jindal Iron and steel
company Ltd. Goderaj soaps and associate companies, IREDA,
comparison and
conclusions. 7 hrs
4. Getting started
on Basic SAP R/3 Elements : The client – or SAP customer, the clients
representative, the
SAP consultant, the SAP R/3 business application software
architecture,
financial accounting and controlling (FI/CO) modules, the sales and
distribution (SD)
module, the materials management (MM) module, the plant
maintenance (PM) and
service management, the production planning(PP) module, the
project system (PS) module,
the human resources (HR) module, the SAP retail model,
industry solutions
(IS) modules, the A SAP roadmap. 6 hrs
SECTION
-II
5. Introduction to
CRM : Definition of CRM technology, CRM technology components,
customer life style,
customer interaction, Introduction to eCRM: difference between
CRM & eCRM,
features of eCRM. 3 hrs
6. Sales Force
Automation (SFA) : Definition & need of SFA, barriers to successful
SFA,
SFA: functionality,
technological aspect of SFA: data synchronization, flexibility &
performance,
reporting tools. 4 hrs
7. Enterprise
Marketing automation (EMA) : Components of EMA, marketing camping,
camping, planning
& management, business analytic tools. , EMA components
(promotions, events,
loyalty & retention programs), response management. 4 hrs
8. Call Centers
Mean Customer Interaction: The functionality, technological
implementation, what
is ACD (automatic call distribution), IVR (interactive voice
response), CTI
(computer telephony integration), web enabling the call center, automated
intelligent call
routing, logging& monitoring. 5 hrs
9. Implementing
CRM : Pre implementation, kick off meeting, requirements gathering,
prototyping &
detailed proposal generation, development of customization, Power User
Beta Test & Data
import, training, roll out & system hand off, ongoing support. System
optimization, follow
up. 5 hrs
10. Introduction
to ASP (application service provider) : Who are ASP's? , their role &
fuction, advantage
& disadvantage of implementing ASP. 3 hrs
Text
Books:-
1. Enterprise
resource planning - Vinod Kumar Garg & N. K. Venkita Krishna ,2nd edition
[PHI] (for 1st section)
2. CRM at the Speed
of Light- Greenberg, Paul, (4th Edition): Social CRM
Strategies,
Tools, and
Technologies for Engaging Your Customers. [McGraw Hill] (2nd section)
Reference
Books
1. Enterprise
resource planning - Alexls Leon.[ McGraw Hill]
2. Customer Relations
Management- Kristin Anderson & Carol Kerr. [TMH]
3. Customer
Relationship Management- Buttle, Francis. (2009), (2nd Edition)[Elsevier
Publishing]
4. The CRM Handbook-
Jill Dyche [Addison Wesley IT series]
Term
work:
It should consist of
10-12 assignments based on the following topics:
1. Make report of 2-3
pages on Supply chain management
2. Briefly describe
the different business processes in manufacturing or any other industry
3. Make survey report
of 3-5 pages on different ERP packages in the market
4. You have decided
to implement ERP modules in your company/Organization. Prepare
pre and post
implementation strategies.
5. Go through the
different case studies of companies/Organizations and make conclusion
based upon your
analysis.
6. Prepare brief
report on SAP R/3
7. Brief the SFA and
EMA.
8. Make survey report
on different CRM products in the market.
9. Prepare brief
report on pre and post implementation strategies of CRM model in
organization.
10. Each student/team
will choose a real organization to study and be directed to provide a
design and
implementation plan for moving the organization forward with respect to the
incorporation of
technology or outside organization in support of a business process. The
first component of
the analysis is to document the current and desired strategy,
organization design
including processes and the supporting IT. Given this information
the student/team will
then propose possibilities for moving the organization forward and
finally justify a
specific choice.
3)
STORAGE NETWORKS
Lectures
: 3 hr/week Theory: 100 M
Tutorial
: 1hr/week TW : 25 M
Objectives
1. To Study storage
system architectures
2. To study business
needs of storage management
3. To study
importance of backup and replication
Section
–I
1.
Introduction to information storage and Storage System Environment : Evolution
of
storage technology
and architecture, Data Center Infrastructure, Key challenges in
Managing Information,
Information Lifecycle. Components of Storage System
Environment, Disk
Drive Components, Disk Drive Performance, Laws governing disk
Performance, Logical
Components of Host, Application requirements and disk
performance. 4 hrs
2.
Intelligent Storage System and Direct Attached Storage: Components
of Intelligent
Storage System,
Intelligent Storage Array. Direct Attached Storage – types, benefits and
limitation, Disk
drive Interface, Introduction to parallel SCSI, SCSI command model.
4
hrs
3. Storage Area
Network : SAN – Evolution, Components of SAN, Fibre Channel
Protocol Stack-
Links, ports and topologies, FC-0: Cables, plugs and Signal Encoding,
FC-1: 8b/10b
encoding, ordered sets and link control protocol, FC-2: data Transfer, FC-3:
common Services, FC-4
and ULPs, Fibre Channel SAN – point-to- point topology,
Fabric topology,
Arbitrated loop topology, Hardware components of Fibre channel SAN.
IP SAN – iSCSI –
components, connectivity, topology, protocol stack, discovery, names,
session, PDU 6 hrs
4. Data Protection
: RAID Implementation of RAID, RAID array components, RAID
levels, Comparison,
RAID Impact on disk performance, Hot Spares. 2 hrs
Section
–II
5. Network
-Attached Storage : Local File Systems, Network File System and File
Servers, Benefits of
NAS, NAS file I/O, Components of NAS, NAS Implementations,
NAS File sharing
Protocols, NAS I/O operations, Factors affecting NAS Performance.
Case Study: Direct
Access File System, Shared Disk File System
Comparison: NAS Fibre
Channel SAN and iSCSI SAN 6 hrs
6. Storage
Virtualization: Introduction, Virtualization in the I/O path, Limitations
and
requirements,
Definition of Storage Virtualization, Implementation considerations,
Storage
Virtualization on block level, File level Virtualization, Storage
Virtualization on
various levels of the
storage network, Symmetric and Asymmetric Storage Virtualization
5
hrs
7. Business
Continuity, Backup and Recovery : Introduction, Information Availability,
Cause of Information
unavailability, Measuring information Availability, Consequences
of down time, BC
terminology, BC planning life cycle, Failure Analysis, BC Technology
Solutions, Backup
Purpose, Backup Considerations, Backup Granularity, Recovery
Considerations,
Backup Methods, Backup Process, Backup and Restore Operations,
Backup Topology,
Backup in NAS environment, Backup Technologies, 5 hrs
8. Replication : Local
Replication, Use Local Replicas, Data Consistency, Local
Replication
Technologies, Restore and Restart Considerations 2 hrs
Text
Books:
1. Storage
Networks Explained -
Ulf Troppen, Rainer
Erkens, Wolfgang Müller (Wiley India Edition)
2. Information
Storage and Management -
G. Somasudaram – EMC
Education Services (Wiley India Edition)
Term
work :
It should consist of
minimum 10-12 assignments based on the above topics.
4)
WEB TECHNOLOGY-II
Lectures
: 2 Hr/week TW :50 M
Practical
: 4 Hr/week POE: 50 M
1. Introduction to
ASP.NET : The Evolution of Web Development, Important facts about
ASP.NET, The Code
Model, Web Project. 1 hrs
2. Web Forms : Page
Processing, Web Form Processing Stages, The Page as Control
Container, The Page
Class. 2 hrs
3. Server Controls
: Types of Server Controls, HTML Server Controls, Web Controls, List
Controls, Input
Validation Controls, Rich Controls 2 hrs
4. ASP.NET
Application : Anatomy of ASP.NET application, global.asax Application file,
ASP.NET
Configuration, .NET Components, Extending the HTTP Pipeline 2 hrs
5. State
Management : ASP.NET State Management, View State, Transferring
Information between
pages, Cookies, Session State, Application State 2 hrs
6. ADO.NET
Fundamentals : ADO.NET Architecture, The Connection Class, The
Command and
DataReader Classes 2 hrs
7. Data Binding : Basic
Data binding, Data source Control, TheSqlDataSource. 2 hrs
8. JavaScript and
Ajax Techniques : JavaScript Essentials, Basic JavaScript Example,
Understanding Ajax,
Using Ajax with client callbacks 1 hrs
9. ASP.NET Ajax : Introduction,
Sever Callbacks, ASP.NET Ajax Server Controls, Deeper
into the Client
Libraries, Control Extenders 2 hrs
10. Introduction
to PHP scripting language: Basics of PHP script, combining HTML and
PHP, variables, data
types, static and predefined (super-global) variables, operators,
expressions, flow
& looping control 2 hrs
11.
Functions and Arrays : Structure of function, defining &
calling function, returning
values, arguments,
scope of variables, static functions, include & require statements,
Arrays, Associative
arrays, multidimensional arrays, array related functions 2 hrs
12. Advanced
topics in PHP : Object oriented programming in PHP, File & Directory
handling in PHP,
Database handling in PHP. 2hrs
13. Managing State
Information &Security : Working with forms, cookies, sessions and
security related
issues
Text
Books:
1. Professional
ASP.NET 3.5 in C# 2008, Matthew MacDonald [Wiley-APRESS
Publication]
2. Teach Yourself
PHP, MYSQL, Apache - Julie C Meloni [SAMS Publication]
3. PHP5 and MySQL
Bible Tim Converse, Joyce Park, Clark Morgan
Reference
Books:
1. Beginning PHP5
[WROX]
2. PHP Bible-John
[Wiley]
3. Professional
ASP.NET 2.0 by Bill Evjen, Scott Hanselman [Wiley Wrox publication].
4. Debian New
maintainers guide - http://www.debian.org/doc/maint-guide/
5. LaTeX: A document
preparation system, User's guide and reference manual by
Leslie
6. Getting started
with Drupal - http://drupal.org/getting-started/
Term
Work:
It should consist of
20-22 experiments based on the following topics.
1. Accepting and
validating user entered data using ASP.NET.
2. Create a Web
Application which detect capabilities of Browser and handle Page and
Application level
error.
3. Accepting and
validating book catalog information using validating controls.
23
4. Create a Web
Application which implement authentication and authorization features
(Membership class).
5. Display database
contents from SQL server or Oracle database using SQL Command
class from ASP.NET.
6. Display
parameterized data using SQLDataReader and GridView in ASP.NET.
7. Database access
using DataSet in ASP.NET.
8. Displaying data
using DataView in ASP.NET.
9. Create a setup web
application for deployment of ASP.NET application.
10. Develop sample
form with validation code using PHP.
11. Develop file
up-loader form to upload a file using PHP.
12. Develop sample
application for session management using PHP.
13. Develop sample
application with database connectivity using PHP.
14. Create a form to
send mail using PHP.
15. Use of Foss
documentation tools – Latex
16. Introduction to
packaging – Debian
17. Content Management Systems –
Drupal
5)
ELECTIVE-II
a.
Business Intelligence System
Lectures
: 3 hrs/week Theory: 100 Marks
Tutorial
: 1 hr/week TW : 25 marks
Section-I
1.
Introducing the Technical Architecture: The value of architecture,
Technical
Architecture
overview, Back room Architecture, Presentation Server Architecture, Front
room Architecture,
Infrastructure, Metadata, Security. 7 hrs
2.
Introducing Dimensional Modeling: Making the Case for
Dimensional Modeling,
Dimensional Modeling
primer, Enterprise Data Warehouse Bus Architecture, More on
Dimensions & Facts.
6 hrs
3. Designing the
Dimensional Modeling: Modeling Process overview, Getting Organized,
Four Step Modeling
Process, Design the Dimensional Model. 5 hrs
Section-II
4.
Introducing Extract, Transformation & Load: Round
up the requirements, the 34
subsystems of ETL,
Extracting Data, Cleaning & Conforming data. 6 hrs
5.
Introducing Business Intelligence Applications: Importance
of B.I. Applications,
Analytical cycle for
B.I., Types of B.I. Applications, Navigating Applications via the B.I
portal. 6 hrs
24
6. Designing &
Developing B.I Applications: B.I. Application resource planning, B.I.
Application
Specification, B.I. Application Development, B.I. Application maintenance
6
hrs
Text
Book:
1. The Data Warehouse
Lifecycle Toolkit By Raiph Kimball,Ross, 2nd edition, Wiley
Publication
Reference
Books:
1. Data Warehousing
in the Real World – Anahory & Murray, Pearson Edt.
2. Data Warehousing
Fundamentals – Ponniah [Wiley Publication]
Term
Work:
It should consist of
10-12 assignments with emphasis on configuration and development of
Business Intelligence
applications using tools –
1. ETL
2. Reporting tools -
Infomatica, Datastage, Abitinio, Microstrategy and Business Objects,
Cognos,
PowerAnalyzer, Hyperion
3. Relational
Database management Systems - Oracle, Terradata, MS SQL
4. Non-relational
databases - delimited flat files, Poeplesoft data, XML data.
The assignments must
include installation and testing of BI applications, setting up user
security, and study
process of maintenance of BI applications.
5)
ELECTIVE-II
b.
Artificial Neural Network & Genetic Algorithm
Lectures
: 3 hrs week Theory : 100 Marks
Tutorial
: 1 hr/week TW : 25 marks
Section
– I
1.
Introduction: Inspiration from Neuroscience, History, Issues. 2 hrs
2.
Hopfield Model: Associative memory problem, Model, Stochastic Networks, Capacity
of Stochastic n/w. 4
hrs
3.
Optimization Problems: Weighted matching problem, Traveling
salesman problem,
Graph bipartioning,
Optimization problems in image processing. 4 hrs
4.
Simple Perceptrons: Feed forward n/w, Threshold units, Linear units, Nonlinear units,
Stochastic units,
Capacity of simple perceptrons. 3 hrs
5.
Multi-Layer n/w: Back propagation, Examples & applications, Performance of
multilayer feed
forward network, Kohoanan self organizing n/w. 4 hrs
Section
– II
6.
Learning: Supervised, Unsupervised ( Hebbian /Competitive), Adaptive
resonance
theory. 3 hrs
7.
Introduction to Genetic Algorithm: Robustness of traditional
optimization and search
methods, Goals of
Optimization, GA v/s Traditional methods, Simple GA, GA at work,
Similarity templates,
Learning the lingo, Mathematical foundations- The fundamental
theorem, Schema
processing at work, The 2-armed & k-armed Bandit Problem, The
building block
hypothesis, Minimal Deceptive Problem. 5 hrs
8.
GA Operators: Data structures, Reproduction, Roulette-wheel selection, Boltzmann
selection, Tournament
selection rank, Selection- Steady- state selection, Crossover,
mutation, A Time to
Reproduce, a Time to Cross, Mapping Objective Functions to
Fitness Form, Fitness
Scaling, Codings- A Multi-parameter, Mapped, Fixed-point
Coding,
Discretization, Constraints. 4 hrs
9.
Applications of GA: The rise of GA, GA Applications of Historical Interest, DE JONG
and Function
Optimization, Current applications of GA. 3 hrs
10.
Advanced Operators & Techniques in Genetic Search : Dominance,
Diploidy &
Abeyance, Inversion
& other reordering operators, Other Micro Operators, Niche and
Speciation,
Multiobjective Optimization, Knowledge Based techniques, GA & Parallel
Processes, Real life
problem. 4 hrs
Reference
Books:
1. Introduction to
Theory of Neural Computation – Hertz, Keogh, Palmer.
2. Genetic Algorithms
– David E. Goldberg[Publication- Pearson Education]
3. Introduction to
Artificial Neural Networks- B. Yegnanarayana [PHI]
Term
work:
It should consist of
10-12 assignments based on the topics of the syllabus.
6)
PROJECT-II
Practical:
4 Hrs/week TW: 50 M
POE:
75 M
The group will
continue to work on the project selected during the semester VII and submit the
completed project work to the department at the end of semester VIII as
mentioned below.
1. The workable
project.
2. The project report
in the bound journal complete in all respect with the following : -
i) Problem
specifications.
ii) System definition
– requirement analysis.
iii) System design –
dataflow diagrams, database design
iv) System
implementation – algorithm, code documentation
v) Test results and
test report.
vi) In case of object
oriented approach – appropriate process be followed.
Term work will be
jointly assessed by a panel of teachers appointed by head of the institution.
Oral examination will
be conducted by internal and external examiners as appointed by the
University.
Note:
1. Project work
should be continually evaluated based on the contributions of the group
members, originality
of the work, innovations brought in, research and developmental
efforts, depth and
applicability, etc.
2. Two mid-term
evaluations should be done, which includes presentations and demos of
the work done.
3.
Care should be taken to avoid copying and outsourcing of the project work.
SYLLABUS
FOR EQUIVALENT SUBJECTS
Discrete
Event System Simulations
Theory
: 100 Marks
Section
– I
1. Introduction to
simulation : Need of simulation, Advantages and disadvantages,
Applications of
simulation, Generic structure of simulation models. 5 hrs
2. General
Principles of simulation and simulation softwares : Concepts in discrete
event simulation,
list processing. Examples of simulation : queuing system, inventory
system, Historical
review of simulation softwares, simulation in C++, Simulation in
GPSS, Simulation in
CSIM, Simulation packages, current trends in simulation softwares.
7
hrs
3. Input and
Output modeling : Collecting data and identifying, parameter estimation,
goodness of-fit
tests, Input models and their selection, stochastic nature of output data,
performance measures
and estimation, termination of simulation, Output analysis for
steady state
simulations. 5 hrs
Section
– II
4. Simulation
models : a) Statistical models Terminology and concepts, useful statistical
models, Discrete and
continuous distributions poisson processes. b) Queuing Models
27
Characteristics of
queuing systems, Notations, performances measuring parameters of
queuing systems,
steady state behavior of infinite and finite population Markov models,
Networks of queues. 9
hrs
5. Simulation of
computer systems : Simulation tools: process orientation, Event
orientation, Modeling
the input, High level computer system simulation, CPU simulation,
Memory simulation. 8
hrs
Text
Book
1. Discrete Event
System Simulation By Jerry Banks, John Carson Etc, Pearson Education
Asia, Low price
edition, Third edition
Ref
Books
1) Simulation,
Modeling and analysis by Law and Kelton , 2nd edition , MGH Publication
Multimedia
Storage
Theory
: 100 Marks
Section
– I
1.
Introduction : Types of media, introduction to making multimedia, applications of
multimedia. 2hrs
2.
Audio : Basic sound concept, Multimedia system sound, MIDI versus digital
audio,
Audio file formats,
Adding sound to multimedia project, professional sound, National
interchange file
formats. 4 hrs
3.
Image and Animation : Still images, Image file formats, Image
synthesis, Image
analysis , Principals
of animation, computer based animation, JPEG, & MPEG standards.
6
hrs
4.
Video : Using video, Video signal representation, different video
broadcasting standards,
shooting & video
editing tools video recording formats, Digital video. 6 hrs
Section
– II
5.
Multimedia Storage Devices : Compact Disc, construction
details, recording and
reproducing data from
CD, CDROM, DVD technology, specifications of DVD,
comparison between CD
and DVD. 6 hrs
6.
Multimedia Application : Introduction, Media preparation, Media
composition, Media
integration, Media
communication, Media entertainment. 4 hrs
7.
Multimedia on web : Multimedia for the web, plugins and delivery vehicles, VRML,
Text, images, sound
and animation for web. 6 hrs
Text
Books :
1. Multimedia –
Making it work 5th edition by Tag Vaughan (TMGH)
2. Multimedia
Communication – Pearson Education Fred Halsall.
3. VRML exploring
Virtual worlds on internet – Walter Goralski, Mathew Poli.
4. Multimedia
Computing communication & Application
GIS
and Remote Sensing concepts
Theory
: 100 Marks
Section
– I
1. Map Language : Map
as a model, classification of maps, spatial referencing system,
map projections,
commonly used map projections, grid systems, computer in map
production, digital
database in a GIS, linkage of GIS to remote sensing. 4 hrs
2. Remote sensing
– basic principles : Electromagnetic remote sensing, Energy sources,
atmospheric
interactions with electromagnetic radiations, energy interactions with Earth,
surface materials,
The radar principle, factors affecting microwave measurements, Radar
wavebands, SLAR
systems, Sar, Interpreting Sar images, Geometrical characteristics,
Satellite system
parameters, sensor parameters, imaging sensor systems, Earth resources
satellite,
Meteorological satellites, satellites carrying Microwave sensors, OCEANSAT-1
(IRS-P4), IKONOS
satellite series. Types of pictorial data products. 7 hrs
3. Fundamentals of
GIS : Roots of GIS, Overview of Information system, the four Ms,
GIS definition and
terminology, GIS queries, GIS architecture, Models of GIS,
framework for GIS,
GIS categories, levels/scales of measurement. 5 hrs
Section
– II
4. GIS data
management : Database management systems, GIS data file management,
database models,
storage of GIS data object based data models, temporal topology,
organizational
strategy of DBMS in GIS. 4 hrs
5. data input and
editing : The data stream, data input models, data input methods, GPS
for GIS data capture,
data editing. 4 hrs
6.
Data quality issues : Components of data quality, accuracy,
precision and resolution,
consistency
completeness, sources of error in GIS, GIS output, modeling errors and error
evaluation. 4 hrs
7.
Data analysis and modeling : Format conversion, Data
medium conversion, spatial
measurement methods,
buffering techniques, overlay analysis, modeling surfaces,
modeling networks,
Integration of remote sensing and GIS, Urban & Municipal
applications. 4
hrs
References
:
1. Remote sensing
& Geographical Information System - M. Anji Reddi. (B S Publications)
second edition.
2. The GIS Book -
George B. Korte, Onward Press Thomson learning 5th edition.
3. Principles of
Geographical Information Systems - Peter A. Burrough and MeDonell
(Oxford University
Press, 1998).
Equivalences
of B.E. (IT) for repeater / backlog students
BE
(IT) Sem.-VII
Sr. No.
BE (IT) –I (Pre-Revised) Equivalent / Replacement subject (Revised)
1. Object Oriented
Modeling and Design
(OOMD)
Object Oriented
Modeling and Design (OOMD) of T.E. (IT) Sem - V
2. Advanced Database
System Advanced Database System of B.E. (IT) Sem-VII
3. Information system
security Information system security of T.E (IT) Sem- VI
4. Network
Engineering Network Engineering of B.E.(IT) Sem-VII
5. Elective-I
a. Embedded &
Real Time System
b. ANN
c. Discrete Event
System Simulator & Modeling
Real Time Systems of
B.E.(IT) Sem –VII
ANN & GA of
B.E.(IT) Sem – VIII
Discrete Event System
Simulations
BE
(IT) Sem.-VIII
Sr. No. BE (IT) –I (Pre-Revised)
Equivalent / Replacement subject (Revised)
1. Software testing
& quality assurance Software testing & quality assurance of T.E(IT)
Sem - VI
2. IT Business
Methodology IT Business Methodology of B.E.(IT) Sem-VIII
3. Mobile Technology
Mobile Technology of B.E.(IT) Sem - VII
4. Web Technology Web
Technology of B.E.(IT) Sem - VIII
5. Elective –II
a. Intelligent
Systems
b. Multimedia Storage
& Communication
c. GIS & Remote
Sensing
Business Intelligence
System of B.E(IT) Sem-VII
Multimedia Storage GIS
& Remote Sensing Concepts
