and Advanced Multimedia
ºÉÆiÉ
MÉÉb÷MÉä ¤ÉɤÉÉ +¨É®úÉ´ÉiÉÒ Ê´ÉtÉ{ÉÒ`ö
sant gadge baba AMRAVATI UNIVERSITY
Ê´ÉYÉÉxÉ
Ê´ÉtɶÉÉJÉÉ
(FACULTy OF
SCIENCE)
PROSPECTUS
Of
Post Graduate Diploma in
Web Technology
and Advanced
Multimedia examinations in
Semester-I & III Winter-2007,
and
Semester-II & IV Summer-2008
2007
visit
us at www.sgbau.ac.in
Price
Rs......./-
PUBLISHED BY
C. D. Deshmukh
Registrar,
Sant Gadge Baba
Amravati University,
Amravati-444602
© "ªÉÉ
+¦ªÉɺÉGòʨÉEäòiÉÒ±É (Prospectus)
EòÉähÉiÉɽþÒ ¦ÉÉMÉ ºÉÆiÉ MÉÉb÷MÉä ¤ÉɤÉÉ +¨É®úÉ´ÉiÉÒ Ê´ÉtÉ{ÉÒ`öÉSªÉÉ
{ÉÚ´ÉÉÇxÉÖ¨ÉiÉÒ Ê¶É´ÉÉªÉ EòÉähÉɺɽþÒ {ÉÖxɨÉÖÇÊpùiÉ ËEò´ÉÉ |ÉEòÉʶÉiÉ Eò®úiÉÉ
ªÉähÉÉ®ú xÉɽþÒ.'
© "No
part of this prospectus can be reprinted or published without specific
permission of Sant Gadge Baba Amravati
University"
sant gadge baba AMRAVATI UNIVERSITY
SPECIAL NOTE FOR INFORMATION OF THE STUDENTS
(1) Notwithstanding anything to the contrary,
it is notified for general information and guidance of all concerned that a
person, who has passed the qualifying examination and is eligible for admission
only to the corresponding next higher examination as an ex-student or an
external candidate, shall be examined in accordance with the syllabus of such
next higher examination in force at the
time of such examination in such subjects papers or combination of papers in
which students from University Departments or Colleges are to be examined by
the University.
(2) Be it known to all the students desirous
to take examination/s for which this prospectus has been prescribed should, if
found necessary for any other information regarding examinations etc., refer
the University Ordinance Booklet the various conditions/provisions pertaining
to examination as prescribed in the following Ordinances.
Ordinance No. 1 : Enrolment of Students.
Ordinance No. 2 : Admission of Students
Ordinance No. 4 : National cadet corps
Ordinance No. 6 : Examinations in General (relevent extracts)
Ordinance No. 18/2001 : An Ordinance to provide grace marks for
passing in a Head of passing and
Inprovement of Division (Higher Class) and getting Distinction in the subject and condonation of defficiency
of marks in a subject in all the faculties prescribed by the statute NO.18, Ordinance 2001.
Ordinance No. 9 : Conduct of Examinations (relevent extracts)
Ordinance No. 10 : Providing for Exemptions and Compartments
Ordinance No. 19 : Admission of Candidates to Degrees.
Ordinance No. 109 : Recording of a change of name of a
University student in the records of the University.
Ordinance No. 138 : For improvement of Division/Grade.
Ordinance No.19/2001 : An Ordinance for Central Assessment
Programme, Scheme of Evaluation and Moderation of answerbooks and preparation
of results of the examinations, conducted by the University, Ordinance 2001.
Registrar
Sant
Gadge Baba Amravati University.
PATTERN OF QUESTION PAPER ON THE UNIT SYSTEM.
The pattern of question
paper as per unit system will be broadly based on the following pattern
(1) Syllabus has been divided into units equal to the number
of question to be answered in the paper. On each unit there will be a question
either a long answer type or a short answer type.
(2) Number of question will be in accordance with the unit
prescribed in the syllabi for each paper i.e. there will be one question on
each unit.
(3) For every question long answer type or short answer type
there will be an alternative choice from the same unit. However, there will be
no internal choice in a question.
(4) Division of marks between long answer and short answer
type question will be in the ratio of 40 and 60
(5) Each short answer type question shall contain 4 to 8
short sub question with no internal choice.
*****
Direction
No.25/2006 Date
: 12/09/2006
Subject : Examinations leading to the Post-Graduate Diploma in Web
Technology & Advanced Multimedia
[Semester Pattern.....Two Year (Full Time) P.G. Diploma Course]
Direction, 2006
Whereas,
the under secretary, University Grants Commission, Bahadur Shah Jafar Marg, New
Delhi, vide its letter No.F.14-52/2005 (Inno./Asist.), Dt.27th June, 2005 has
granted approval for innovative Programme - Teaching and Research in
Interdisciplinary and Emerging Areas and release of Grants in-aid to Department
of Computer Science, Vidyabharati Mahavidyalaya, Amravati, during 2005-06 under
plan.
AND
Whereas,
Government of Maharashtra in Department of Higher and Technical Education,
Mumbai, in reference to the University Letter No.SGBAU/7-D/85/859/05, Dtd. 4th
Oct. 2005 has granted permission for Starting Two Years Post Graduate Diploma
Course in Web Technology & Advanced Multimedia vide its letter No.+ʴɺÉÆ-2005/(856/05)/¨ÉʶÉ-3,
Ênù. 9 VÉÉxÉä´ÉÉ®úÒ, 2006, to Vidyabharati Mahavidyalaya, Amravati.
AND
Whereas,
the Hon'ble Vice Chancellor has accepted the Draft Syllabi, Scheme of
Examination and provision to be incorporated in the Draft Ordinance for Two
Year (Full Time) P.G. Diploma Course in Web Technology & Advanced
Multimedia, Semester Pattern prepared by Ad-hoc Committee in its meeting held
on 22.6.2006.
AND
Whereas,
the Academic Council in its meeting held on 28th August, 2006, vide item No.44,
has accepted reports of the enquiry committee which was appointed to verify
infrastructure and other facilities available for granting first time
affiliation to the new course to the college and resolved to grant first time
affiliation to the new course i.e. P.G. Diploma in Web Technology &
Advanced Multimedia, from the session 2006-07 to Vidyabharati Mahavidyalaya,
Amravati.
AND
Whereas,
the matter for admission of the students at the examinations is required to be
regulated by an Ordinance and Regulation, and making of an Ordinance and
Regulation is time consuming process.
Now,
therefore, I, Dr.Kamal Singh, Vice-Chancellor of Sant Gadge Baba Amravati
University, Amravati in exercise of powers conferred upon me under sub-section
(8) of section 14 of the Maharashtra Universities Act, 1994, do hereby directs
as under:-
1) This Direction
may be called "Examinations leading to the Post-Graduate Diploma in Web
Technology & Advanced Multimedia
[Semester Pattern.....Two Year (Full Time) P.G. Diploma Course]
Direction, 2006".
2) This direction shall come into force from
the date of its issuance.
3) Following shall be
the Examinations leading to the Post - Graduate Diploma in-
(i) Post Graduate Diploma in Web Technology
& Advanced Multimedia, Semester-I - Examination
(ii) Post Graduate Diploma in Web Technology
& Advanced Multimedia, Semester-II - Examination
(iii) Post Graduate Diploma in Web Technology
& Advanced Multimedia, Semester-III - Examination
(iv) Post Graduate Diploma in Web Technology
& Advanced Multimedia, Semester-IV - Examination
4) Duration of each
of the above semester shall be six months with an examinations at the end of
each semester.
5) (i) The examinations specified in paragraph
3 above shall be held twice a year at such places and on such dates as may be
appointed by the Board of Examinations.
(ii) Main Examination of Semester-I & Semester-III,
shall be held in Winter and Supplementary Examination in Summer.
(iii) Main Examination of Semester-II &
Semester-IV shall be held in Summer and Supplementry Examination in Winter.
6) Subject to
his/her compliance with the provisions of this Direction and other Ordinances
in force time to time following candidates are eligible for admission to the
Post-Graduate Diploma in Web Technology & Advanced Multimedia [Semester
Pattern.....Two Year (Full Time) P.G. Diploma Course] :-
Graduates of
the University or of any statutory University equivalent thereto, in any
faculty with 50% marks (45% for B.C. Candidates at the degree level).
7) For purposes of
instruction and examinations the students shall study sequentially.
8) Subject to
his/her compliance with the provisions of this Direction and of other
Ordinances (Pertaining to examination in General) in force from time to time,
the applicant for admission to examination at the end of the course of study of
a particular Semester shall be eligible to appear at it, if:
(i) He/She satisfied the condition in the
table and the Provision there under :-
--------------------------------------------------------------------------------------------
Sr. Name of
examination The student should The student should have
No. have
completed the passed following
term
satisfactorily examination
--------------------------------------------------------------------------------------------
1 2 3 4
--------------------------------------------------------------------------------------------
1. Diploma in
Web Semester-I Graduate or equivalent
Technology
&
Advanced
Multimedia
Semester-I
2. Diploma in
Web Semester-II --------
Technology
&
Advanced
Multimedia
Semester-II
3. Diploma in
Web Semester-III Semester-I Complete
Technology
& and
Advanced
Multimedia 2/3
rd of Semester-II
Semester-III
4. Diploma in
Web Semester-IV --------
Technology
&
Advanced
Multimedia
Semester-IV
--------------------------------------------------------------------------------------------
(Note -(i) Subjects
prescribed and numbered in the scheme of Examinations shall be treated as seperate
subjects, however, the theory and practical, if any, of the subject shall be
treated as seperate Head of Passing.)
(ii) He/She has complied with provisions of
Ordiance pertaining to Examination in general.
(iii) He/She has prosecuted a regular course of
study in University Department/CollegeAffiliated to the University.
(iv) He/She has in the opinion of the Head of
the Department/Principal, shown satisfactory progress in his/her studies.
9. Papers and the
Practicals in ‘which an examinee is to examined, Maximum marks for these and
the minimum pass mark which an examinee must obtain in order to pass in the
subject and the examination are detailed in the Examination Scheme appeded
herewith as Appendix-A with this Direction.
10. Examination fees
for each semester of the examination and also the practical examination shall
be as prescribed by the University from time to time.
11. An examinee who
is successful at Semester-I, Semester-II, Semester-III, & Semester-IV examinations under this Direction and who
obtained 75% or more marks in aggregate
of Semester-I, Semester-II,
Semester-III, & Semester-IV Examinations shall be placed in the First
Division with Distinction, those obtaining 60% or more but less than 75% shall
be placed in the First Division and all other successful examiness shall be
placed in the Second Division.
12. (i) Scope of the subjects shall be
as indicated in the syllabus.
(ii) Medium of instruction and
examination shall be English.
13. Provision of
Ordinance No.18 of 2001 relating to an Ordinance to provide grace marks for
passing in a head of passing and Improvement of Division (Higher Class) and
getting distinction in the subject and condonation of deficiency of marks in a
subject in all the faculties prescribed by the Statute No.18, Ordinance, 2001
and of Ordinance No.10 relating to Providing for Exemptions and Compartments
shall apply to the examination under this Direction.
14. An examinee who
does not pass or who fails to present himself/herself for the examination shall
be eligible for readmission to the same examination on payment of fresh fees
and such other fees as may be prescribed.
15. As soon as
possible after the examination, the Board of Examinations shall publish a
result of the examinees. The result of the examinations shall be classified as
above and merit list shall be notified as per Ordiance No. 6
16. Notwithstanding
anything to the contrary in this Direction no one shall be admitted to an
examination under this Direction, if he/she has already passed the same examination
or an equivalent examination of any Statutory University.
17. Examinees who
have passed in all the subject prescribed for Semester-I, Semester-II,
Semester-III, & Semester-IV of the
examination of the Diploma course shall be eligible for award of the
Post-Graduate Diploma in Web Technology & Advanced Multimedia [Semester
Pattern.....Two Year (Full Time) P.G. Diploma Course].
SD/-
(Dr.Kamal
Singh)
Vice-Chancellor
Unit I : Basic
Structure of Computers:
Computer
generations; Basic Functional Units of Computers, Operational Concepts; Bus
structures; Hardware of IBMPC. (Functional Specifications)
Unit II :.
Processing Unit :
Fundamental
Concepts, Instruction execution, Internal register organisation, Instruction
formats, Pentium Processor
Architecture.
Unit III : Input-Output
Organisation:
Various
I/O Devices like Key Boards, Mouse, Screen, Printers. Addressing of I/O devices, Data transfers, Interrupt Handling,
I/O Interfaces.
Unit IV : Memory: Main memory:
Basic
Concepts, RAM/ROM memories, cache memories, Virtual memory systems, Pentium
memory module & MM Hardware.
Secondary Memory:
Basic
concepts in memory hierarchy, Magnetic disks, Magnetic tapes, Optical Memory,
Their Physical Organisation and working Hard disks.
Unit V : Other
Peripherals:
Scanners,
Sound Cards and Microphone Interface, Speaker Interfaces, Modems, their
Characteristics & Working, CD-ROM drives and their working.
BOOKS:
1) V.Carl Hamacher :
Computer Organisation 4/e (Mc Graw Hill)
2) A.S.Tenanbaum :
Structured Computer Organisation (PHI)
References:
1. William Stallings Computer Organization
& Architecture, 5/e, (Pearson Education)
2. J.P.Hayes Computer Architecture &
Organization, 4/e, McGraw Hill (ISE)
3. M.Mano & C. Kime-Logic &
Computer design fundamentals, (2/e), (Pearson Education)
1WT2 Operating
Systems
(10 Lect./unit)
UNIT – I : Introduction: OS definition, Evolution of
OS. Operating system structures: System components, OS services, system calls,
System structure, Virtual Machines, System design, implementation &
generation.
UNIT – II : Process concepts, process state, PCB,
scheduling and operations on processes, Co-operating processes. Threads, inter
process communication. CPU Scheduling concepts. Scheduling criteria and
algorithms and their evaluation. Multiple processor & Real time
scheduling.
UNIT – III: Process
synchronization: Concept, classical problem of synchronization, critical
section problem, and hardware. Semaphores, critical regions. Monitors.
Deadlocks: Definition, conditions & characterization. Deadlock handling,
prevention, avoidance, detection and recovery. Combined approach.
UNIT – IV: Memory
management, swapping, single, multiple partition allocation, compaction,
paging, implementation of page table, segmentation, paged segmentation, Virtual
memory, demand paging, page
replacement, page replacement policies, LRU algorithm, Thrashing concept &
solution.
UNIT – V : The buffer cache, buffer headers, structure
of buffer port, retrieval of buffer, buffer allocation, finding a buffer,
releasing a buffer, reading and writing disk blocks, inode definition,
structure of a regular file, sample file and its inode, inode assignment,
allocation of disk blocks.
I/O
Hardware. Applications I/O interface. Kernel I/O subsystem. Disk scheduling
& management, swap – space management. Case study: Linux system.
TEXT BOOKS:
1. A. Silberschatz, P. B. Galvin: Operating System Concepts, Wiley Publication
2. Maurice J Bach: The Design of UNIX Operating
System, PHI Publication.
References:
1. A. S. Tananbum :
Operating Systems Pearson, Education
2. William Stallings : Operating Systems, Prentice Hall
3. Crowly :
Operating Systems, TMH
4. M. Milankovic : Operating Systems,
McGraw-Hill.
1WT3 DATA
COMMUNICATION & nETWORKING
(10 Lect./unit)
UNIT I: Introduction:
Definition & use of data communications, component of communication
network, future trends in communication & networking. Network Application.
Voice communication network. Switches. PBX. Cellular Technology. FAX Machine.
Special Purpose Devices.
UNIT II: Data
Communication Network Architectures, Hosts, Clients Circuits. Special Purpose
communication devices. Digital transmission of digital data. Analog
transmission of digital data. Digital transmission of Analog data.
UNIT III: Data
Link Layer: OSI model. Media Access control, Error Controls in networks. Data
Link Protocol and Transmission efficiency. Network Layer: network topologies,
network routing, network standards.
UNIT IV: LAN: types, components of LAN, Ethernet,
Token ring, MAP, Arcnet, Apple Talk. Selecting & performance improvement of
LAN. MAN/WAN: Types of communication services; Dialed, Dedicated & switched
circuit services. Packet switched Networks
UNIT V: Back Bone Network: Components, Fast
Ethernet, FDDI, Switched networks, Performance improvement, Network Design
plan, Information needs, Defining, new network requirements, Geographic scope,
Circuit requirement, Network security & control Configuration, costs &
implementation.
Books:
1. J Fitzgerald
& A. Dennis – Business Data Communication & Networking (5/e) (Wiley).
2. Tenanbarry A. S.
– Computer Networks (PHI).
3. Stalling W. –
Data & Computer Communication (PHI).
4. Milless: Analog
& Digital Data Communication (Jaico).
5. Strenes: TCP/IP
illustrated (Addison-Wesley).
6. Beyad: Data
Communications (Addison- Wesley).
1WT4 JAVA
Programming
(10 Lect./Unit)
Unit I : Introduction to Computer and Languages, OOPS
and Software development: Software Engineering and SDLC. Java Basics: Program
Components, Compilation cycle. Introduction to Applet and Application, Data
types and Variables
UnitII : Operators: Arithmetic operators, relational
operators, Assignment operators. Control statement: Selection statement: if,
nested if, switch statement. Repetition statements: while, do-while, for,
nested loops. Introduction to Math class. Arrays: Basics, One dimensional,
Multidimensional, Array of Objects, Passing array to method.
Unit III : Introducing classes, class fundamentals,
declaring objects, methods, class data,& instance data, constructor, this
keyword, access control, Introduction to String and String Buffer classes .
Applet
class and its methods, Introduction to AWT, AWT classes: Button, Text Field,
and Label. Working with Graphics, Working with colors, AWT controls,
Fundamentals: Adding and removing controls, responding to control.
Unit VI : Event handling: Event handling mechanism,
Delegation Event model, Event, EventListener: Action Listener, mouseListener,
mouse Motion Listener, window Listener, Using delegation Event model: Handling
mouse events, Adapter classes, Inheritance, Polymorphism, Abstract classes and
Interface, Packages.
Unit V : Java
File I/O: File, File Dialog object, Low and High level File I/O, the Stream
classes, Byte Stream: Input stream, Output stream, File Input stream, File
Output stream, Data Inputstream, Data Output stream, PrintWriter, Exception
handling: Exception types, uncaught Exceptions using try and catch, throw,
throws, finally. GUI objects programming: Frame class, menus and other GUI
objects.
TEXT BOOKS:
1) Herbert
Schildt: Java Complete References (McGraw Hill)
2) C.Thomas
Wu: An Introduction to OOP with Java (McGraw Hill)
REFFERENCES
1) Liang
: Java Programming (PHI)
2) Dietel
& Dietel : Java How to Program, Pearson Education (LPE)
3) Java
Tutorials from Sun Microsystems Web Site Sun.java.com
2WT1 INTRODUCTION TO
MULTIMEDIA
(10 Lect./Unit)
UNIT I : Introduction
: Multimedia overview, applications, goal and objectives, Multimedia Building
Blocks, Multimedia and Internet multimedia configuration. Multimedia PC work
session components, multimedia platform, multimedia development tools,
authoring tool, interactivity, high end multimedia architectures, Multimedia
O.S.
UNIT II : File system (file format: TIFF, BMP,
PCX, Gif etc.) process management, multimedia communiction system, multimedia
database management system. Multimeida
Audio : Basic sound concepts, audio capture, music speech sound
processor, sound recovery techniques, VOC4WAV file format for sound.
UNIT III : Multimedia Graphics : 2D/3D Animation,
fundamental, digital imaging : Capture, animation, processing recovery, AVI
file format, NTSC, PAL, GECAM, HPTV system, conferencing streaming, motion
synchronization.
UNIT IV : Image Compression : IZW, DCT run length
coding, JPEC; MPEG, hypertext, MHEG, hypermedia, document architecture, sGML,
ooa Augmented and Virtual reality & Multimedia : Concept, VR devices, VR
chair, CCD, VCR, 3D sound system, head mounted display.
UNIT V : Multimedia Devices : Mass storage system;
Magnetic devices, CDROM, DVD, Scanner. Windows Support : Multimedia database in
oracle, mm function calls, windows support to sound, animation, movies, music,
midi controls.
Books :
1. Multimedia :
Computing, Communication. Applications : Steinmetz-Pearson.
2. Multimedia in
Practice : Technology and Applications – Judith (PH)
3. Fund of
Multimedia by DREW – PEarson (Practical Approach)
4. Multimedia Comm.
By Halsall - Pearson
5. Multimedia –
Buford – Pearson.
6. Multimedia: making it work : T.Vaughan
2WT2 WEB
PROGRAMMING
(10 Lect./Unit)
Unit I : Servlets in Java; Introduction, Servlet
structure & lifecycle. Servlet API basics, Various classes &
interfaces. Servlet requirements & writing. Running and debugging of
Servlets: Servlet Debug Class.
Unit II : Cookies : Concept of cookies, Servlets
& cookies. State and session management with Servlet API. Server side
includes and request forwarding. Servlet chaining. Jdbc Servlets. Introduction
to XML; Writing XML, creating a DTD, elements & attitudes definitions.
Unit III : XML schema. Defining simple & complex
types. Namespaces, schemas and validation.
Cascading
Style Sheets (CSS) & XML; anatomy of a style, creating and calling
stylesheets for an XML/HTML document. Layout with CSS. Setting up various
properties of elements using CSS. Formatting Text with CSS.
Unit IV : Introduction to JSP; Simple JSP &
concepts, Request-time expressions. Concept of Beans, Bean instances &
serialization; Advanced JSPs: Scripts. Conditionals, loops, Try/Catch, Beans
& Scriplets.
Unit V : Bean
Scopes, Writing Beans. Jdbc & Beans. Dynamic Ads and E-commerce concepts.
Using Scopes from Servlets, Using Beans from Servlets. JSP classes. JSPs and
XML.
Books:
1. Dustin R
Callaway : Inside Servlets Pearson
Education (LPE)
2. Elizabeth Castro : XML for WWVV Pearson Education (LPE)
3. Larne Pekowasky : Java Server Pages.Pearson Education (LPE)
4. Dietel &
Dietel : WWW: How To Program.
Pearson Education (LPE)
2wt3 VISUAL
COMPUTING
(10 Lect./Unit)
Unit-I : Introduction: Overview of VB
Development environment. Project VB code basics, VB data types, variable,
Variables scope & lifetime, Arrays. Variant data types, procedure and
parameter passing constants. User interface design : VB from, Form properties,
Appearance, Control, size and position properties. Other properties, Referring
and setting properties.
Unit-II : Form
drawing methods. Form Events : Maintenance, Operation, Mouse & Keyboard
event, Dialog boxes, MDI applications. VB controls : VB tools, Adding controls
to forms, control properties, selecting file, colors, fonts, printers &
help. Generating timed events. Other controls. Control arrays. Control
collections, Handling keyboard and mouse events.
Unit-III : Menus & Toolbars : Menus, Menu Editor,
Menu arrays, Using & configuring the menus, Toolbars, Basics, Customizing
the toolbars. Configuring at run time. Handling toolbar events. VB debugging
tools : Finding Errors, traditional debugging technique, VA debugging tool
usage.
Unit-IV : Printed Output : Printing information,
using the printer collection, introduction to crystal report : Creating a
report, Crystal report custom controls. Modifying the properties at run time.
Creating report selection interface.
Unit-V : Reading and writing text files, in VB :
Text file, formats, Data Access methods, Operating and reading the text files.
File commands. Creating text files. VB string functions. Other file operations.
BOOKS:
1. Peter Norton
& Michael Groh Guide to Visual Basic 6 (Techmedia)
2. Peter G.Atkins
Visual Basic Programming (Coriolis / Comdex)
3. Microsoft Press
Programming in Visual Basic 6.
4. Visual Basic 6
for Unleashed (Techmedia)
5. Devis : Visual
Basic 6 for Windows (Addison-Wesley)
6. Hollis : Visual
Basic 6 for design, specification, objects (Addison-Wesley)
2WT4 Web
Commerce Technology
Unit I : Introduction: Basic web commerce concepts,
ecommerce environments, virtual corporation, Applications, Benefits, Elements
& security of Web commerce. Electronic market place technologies. Modes of
e-commerce. EDI, Open EDI, E-commerce with www/internet Safe E-commerce :
Secure transport protocols. S-HTTP, SSL & Atternative, Secure transactions.
Unit II : SEPP
process 7 architecture, secure electronic transaction (SET), Host security
considerations, Enterprise network security. E-Cash & E-payment systems:
internet monetary payment and security requirements, confidentiality,
integrity, authentication, interoperatability payment and purchase order.
Unit III : Process. On-line electronic cash: overview,
problem, issues, implementation & e-cash interoperatability. Electronic
payment schemes
Security
: Need for computer security, specific intruders approaches, security
strategies, security tools, Eneryption methods, Enterprise networking &
internet access, Antivirus programe, security teams.
Unit IV : Master Card/Visa Card processing :
Introduction, Business requirements, Payment system, participants,
cryptography, certificate issuance, kinds of shopping, payment processing,
cardholder/marchant registration, purchase request, payment authorization &
capture.
Unit V : E-mail
& Secure E-mail : A model for meisage handling, working of e-mails. MIME:
Basic concept, parts, data encoding techniques, address directory. S/MIME.MOSS.
Comparisons of security methods. MIME & related facilities over the
internet.
Books:
1. D.Mindi &
E-Minoli Web Commerce Technology Handbook (TMH)
2. Kalakota &
Whinston Frontiers of Electronic Commerce (Addison Wesley)
3. Kalakota &
Whinston Frontiers of Electronic Commerce (Addison Wesley) Electronic Commerce
(Jaico)
4. Kamlesh K.Bajaj
& D.Nag, E-Commerce, the cutting edge (TMH) of Business.
5. Understanding
Electronics Commerce – David Kansiur (Misor of Press)
3WT1 DATABASE
PROCESSING
Unit I : introduction:
Introduction to Database Processing. Introduction to Database Development. DATA Modeling. The Entity-Relationship
Model. The Semantic Object Model.
Unit II : Database DESIGN: The Relational Model
and Normalization. Database Design Using Entity-Relationship Models. Database
Design with Semantic Object Models.
Unit III : database
implementation with the relational model
Foundations
of Relational Implementation. Structured Query Language. Database Application
Design.
Unit IV : using internet TECHNOLOGY:
Using Database Applications. Managing Multi User Databases. Accessing
the Database Server: ODBC, OLE DB, and ADO.
Unit V : enterprise
DATABASES: Sharing Enterprise Data. Relational Implementation with DB2,
the Hierarchical and Network Data Models.
object-oriented database processing
Basic
Concepts, Data, Objects & Class concepts. Object-Oriented Database
Processing.
Book:
David Kroenke:
Database Processing Fundamentals, Design and Implementation (7/e) (Macmillan)
References:
1. C.J.Date :
Database Processing (Addison - Wesley)
2. R. Ramakrishnan
: Database Management Systems (McGraw Hill)
3WT2 Advanced
multimedia
UNIT-I : Uses of
Multimedia, Information : Introduction, early hypertext and
collaborative research, multimedia and personalized computing, multimedia
systems : The convergence of computers, communications, and entertainment
products : Technology trends, multimedia appliances : Hybrid devices. A
designer view of multimedia appliances, industry perspective, key challenges.
Technical, Regulatory, social. Architectures and issues distributed multimedia
systems : Distributed multimedia systems, synchronization, orchestration, &
QOS architecture. The role of standards, framework for multimedia systems.
UNIT-II : Digital Audio Representation and Processing
: Uses of audio in computer applications, psychoacostics, digital
representation of sound, transmission of digital sound, digital audio signal
video technology : Raster scanning principles, sensors for TV cameras, colors
fundamentals, color video, video performance measurements, analog video arti
facts, video equipment, worldwide television standards. Digital Video and Image
Compression : Evaluating a compression
system, redundancy and visibility, video compression techniques, standardization
of algorithms, JPEG image compression standard, ITU-T recommendation H-261,
MPEG motion video compression standard.
UNIT-III : Operating system support from continious
media applications : Introduction, limitation in work station operating
systems, new OS support. Middle wave system service Architecture : Goals of
multimedia system services, views of the multimedia system services. Architecture, classes & objects, media
stream protocol. Multimedia devices, presentation services, and the user interface
: Introduction, multimedia services & the vindow system, client control of
continuous media, device control, temporal coordination and composition, tool
kits, hyper applications. Multimedia file systems and information models : Case
for multimedia Information System, file system support for continious media :
Data models for multimedia and hypermedia information, content-based retrival
or unstructured data. Multimedia presentation and authoring : Historical
evolution, current state of the industry, design paradigm & user interface,
research trends.
UNIT-IV : Multimedia Services Over the Public Network
: Requirements, architectures, and protocols : Introduction, applications,
network services, network protocols. Multimedia Interchange : Overview,
quicktime movie file (QMF) Format, OMFI, MHEG, format function &
representation, track model & object model, real time interchange, towards
performance model. Multimedia Conference : Teleconferencing systems,
requirements for multimedia communications, shared application. Architectures
and Embedded distributed object. Multimedia conferencing architectures.
UNIT-V : Multimedia Groupwave : Computer and video
fusion approach to open shared workspace, introduction, seams & design
approaches, architecture of team workstation, experimental use of team workstation,
Evolution of overlay in remote. Teaching of machine operation, future direction
: High Definition Television & Desktop Computing, Nomenclature video versus
computing, viewing conditions, quality, HDTV, ATV, EDTV, IDTV, HDTV standards.
Text Book :
1) Multimedia
Systems by John F.Koegel Buford (Pearson Education)
Reference
Book :
1) Multimedia Making
it work by Tay Vaughan (Tata Mc Hill)
2) Multimedia in
practice by Judit Jeffcoate.
3WT3 WEB
SECURITY
UNIT I : Introduction
to network security, passive and active attacks, authentication, integrity,
access control, The model of internetwork security, Internet standards: the
Internet society and RFC publications (Request for comments.)
UNIT II : Cryptography: Encryption principles and
various algorithms, standardization process, key distribution, public key
cryptography and message authentication, digital signature.
Network
security applications: Kerberos, X.509 directory authentication services,
e-mail security PGP (Pretty Good Privacy) operational description. MIME
(Multipurpose Internet Mail Extensions), S MIME (Security/Multipurpose internet
mail extensions) functionality.
UNIT III : IP Security: Overview, IP security
architecture, Authentication header, Web Security: Web security requirements, secure
socket layer SSL, Transport layer security TLS, Secure electronic transactions
TES.
UNIT IV : Network Management Security: Basic concepts
of SNMP, Network management architecture and protocol architectures, proxies,
services, SNMPv1 authentication service, access policy and proxy service,
SNMPv2 architecture, message processing and user security model, view based
access control.
UNIT V : System Security: Intruders, Intrusion
technologies, password protection, password selection strategies, Intrusion
detection, viruses and related threats: Nature of viruses, types, micro viruses
and various antivirus approaches. Firewall: Characteristics, types of
fire-walls, Firewall configuration, Trusted systems, data access control, the
concept of the trusted systems.
Text Book:
Network Security Essentials - William Stallings (Pearson Edu. Asia)
Reference Books:
1. Security for
Telecommunication and Network management by Moshe Rozenbit (PHI)
2. Internet
Security Protocols - Protecting IP Traffic, by Uyless Black (Pearson Edu. Asia)
3WT4 E-Learning Technology
UNIT I : Introduction
to e-Learning : Scope and forms, Advantages and Disadvantages, Phases,
e-Learning Content, Technology and Services, Status and Future; e-Learning
Standards : Advantages and Disadvantages, Standards Bodies, SCORM, Metadata,
Content Packaging, Performance Tracking, Simple Sequencing, Other Standards.
E-Learning
Course Development Process : Instructional Models, Instructional Strategy,
Developing Materials, Instruction Evaluation.
Pedagogical
Approaches for e-Learning : Behaviorist and implications for online
learning, Cognitivist and implications for on line learning, Constructivist
school of learning and implications for online learning.
Instructional
Strategies : Lecture, Case Studies, Problem Based Learning, Collaborative
Learning, Simulation, Web Quests, Gagne’s nine events of learning.
UNIT II : Instructional Analysis : Learning
Objective, Types, Designing Instruction, Teaching invariant Tasks, Teaching
Concepts, Teaching Procedure, Teaching Understanding.
Assessment
Design : Computer Assisted Assessment, Issues, CSS Research and Pedagogy,
Security and Authentication, Matrix, Authentic Assessment, Accessing Skills and
Performance.
Visual
Design and Storyboarding : Objectives, Principles, Elements, Layout,
Looking into interactivity elements, Multimedia, Storyboarding, Tools,
Interactive Storyboarding.
Media
Production : Video, Graphics, audio and animation, Media logging from
storyboard, Concepts of Pre-production, Production and Post Production, Media
Production Tools.
Course
Evaluation : Frameworks, Evaluating Pedagogical effectiveness of
technology, Comparing traditional and e-learning methods, evaluating technology
supported higher order learning, evaluating the use of technology, evaluating
cost effectiveness.
UNIT III : Designing e-Learning Projects/Events:
Understanding the need, Effective Use of Web-based Content, Effective use of
Synchronous communications, Effective use of Asynchronous communications,
Techniques for learner support, personalizing the learning experience.
e-Learning
Project Implementation Process : Managing stakeholders, Identifying
strategic intent, Creating the Organizational Culture, Preparing the
Infrastructure, Rolling out the system, Measurement and Monitoring.
Rolling
out LMS and e-Learning Platforms : Basic, Installation of Server and
Client, configuration and customization of componenets, Loading of Courseware,
Training of Users, Acceptance Testing.
Managing
e-Course : Teaching and Supproting the online learner.
UNIT IV : Raw Content Creation : Adobe
PhotoShop : Tool Box, Palettes, Menu Bar, Color Primer, Selection Tools,
Layers, Moving, Copying and Transforming Layers, Brushes, Painting Tools and
Paint Bucket.
UNIT V : Raw Content Creation : Flash : Work
Area, Movies, Scene, Layers, Frames, Importing of Frames; Tools : Creating
Basic Shape, Modifying Basic Shape, Adding Color; Features in Lines Brush
Dropper and Eraser Tools; Tweening of Shapes, Motion Guide Layer, Masking,
Color Animation; Symbol: Library, Creation, Feature in Symbol, Effects to the
Symbols; Sound : Importing, Adding to a Movie, Adding Sound to a Button,
Starting and Stopping at a Key Frame, Compressing Sound for Export.
Books Recommended :
· Introduction to e-Learning
1. Education understanding the Learning –
D.S.Shrivastava
2. Universal Education and Technology –
Prof.Ramesh Chandra
3. Challenges of Educational Technology –
Mujibul Hasan
· E-Learning standards
1. e-Learning tools and technologies – Horton,
William
2. Educational technology – V.C.Pandey
3. Material and Methods in e-Learning –
Blackwell
· Media Production
1. Macromedia Flash MX Bible
2. Macromedia Flash MX for Dummies
3. Photoshop CS Bible, Professional Edition
· Course Evaluation
1. Effective teaching – Das Gupta
2. Open and online Learning - Philrace
3. Materials and Methods in ELT – Jo McDough
· Designing e-Learning Activities
1. Teachers training and educational research
– B.M.Sharma
2. Encyclopedia of Educational Technology
Vol.2 – Mujibul Hasan
3. Instructional Technology – Y.K.Singh
· Designing e-Learning Activities
1. Materials and Methods in ELT – Jo McDough
2. Applying Collaborative and e-Learning tools
– Bonk and Cummings.
4 WT1 Multimedia
project management
Unit-I : Overview of SDLC, system characteristics,
architecture & design, system-level project planning, SDLC definition &
brief overview, SWDLC models : generic waterfall model, DOD model, spiral
model, NASA model, rapid prototype model. Technical planning, software
development planning, use of SDP.
Unit-II : Software
requirement specifications, software specification documents, software
specification attributes, Software specification tools, data dictionary, DS
tools, data flow diagrams, FSM, petri nets, mathematical logic, operational
timelines.
Unit-III : Software development environment
configuration. CASE tools, software design process, Basic concepts in software
testing & integration, test & integration plan. Build plan &
specifications, build testing, alpha & beta testing.
Unit-IV : Planning & Costing Multimedia
Project : Project planning, estimating RFP’s and bid proposals, designing &
producing multimedia product : designing the structure, user-interface, design
CASE study, working with the client, tracking, copyright, hazards.
Unit-V : Content : Acquiring contents, using the
contents for a project, using talents from professionals.
Delivering
MM Project : Testing of MM project.
Preparation
for Delivery : On CD-ROM, on www, compact disk technology & standards.
Text
Books :
1) A.Behforoz,
F.J.Hudson : Software Engineering Fundamentals, (Oxford University Press)
2) Tay Vaughan :
Multimedia : Making it work (fifth
edition, TMH Publication)
References
:
1) Pressman R. :
Software Engineering (TMH) (Sixth Edition)
2) Jofun F., Koegel
Buford : Multimedia Systems (Pearson Education)
4 WT2 Web
Server Administration
Unit I : Communication Architecture of web,
Functions of a Webserver. Planning for
Microsoft US, US Architecture & Services. Windows NT and US. Internet
Connectivity Architecture. US installaction, Examining the components.
Unit II : Installing
and using FTP services : FTP overview, Clients & Users, Virtual Servers,
Directories, Installing & using Mail Services : SMTP protocol, procedures,
Configuring Internet Mail Server. Installing & using News server
components. Configuring the News Server. Broadcasting with Netshow.
Unit III : ISAPI Architecture, Applications, Filters
& DLL. Index Server Overview : Architecture, Using Index Server, CRS. US
Administration : Logging US activity & Reading Reports.
Unit IV : Server Side Loading. TCP/IP troubleshooting
utilities : Microsoft site server. Allowing dynamic user Access Firewails &
Internet Security. Secure Transaction with HS.
Unit V : Web
site maintenance & Promotion. Organizing & assigning maintenance task.
Hyperlinks verification. Promoting the site. Search engine listing, E-mail
publicity, Banner Ads.
Books
:
1. Nelson Howell
Using IIS4 Que (EEE).
2. (TMH) IIS
Complete Reference Menller & Sheldon.
3. Microsoft
Internet Information server tool kit / Resource kit (Microsoft Press)
4. Mastering Front
Page 2000 (Techmedia)
4 WT3 Research
methodology
(10
Lect./Unit)
Unit I : Research concept: process of growth of
knowledge, generation/realization of new facts, establishing logic for the
generated facts, scope of quantification of cause effect relationship,
evolution of hypothesis.
Unit II : Approach of formulation of the research
task: literature review, sources discussions, field studies; critical analysis
of generated facts, hypothetical proposals for future development, constraints
for proposal selection, prioritization.
Unit III : Research approaches: conceptual
research, theoretical research, applied research,
Experimental
research: experimental validation of proposed logic, experimentation to
generate design data.
Unit IV : Modeling & Simulation: concept of
modeling, concept of simulation, types of simulation (quantitative,
experimental, computer, fuzzy based, statistical), process of formulation of
models based on selected type of simulation.
Unit V : Model Optimization. Formulation of
hypothesis.
REFERENCES:
1) T.S.Wilkinson
& P.L.Bhandarkar: Methods & Techniques of Social Research, Himalaya
Pub., Mumbai.
2) Averill M. Law
& W.David Kelton: Simulation, Modeling & Analysis.
3) H.Schenck Jr.:
Theories of Engg. Experimentation, McGraw Hill.
4) Montgomery:
Design of Experiments.
5) Bart Kasko &
Klir: Neural Network & Fuzzy Systems, Prentice Hall.
6) T.J.Roff: Fuzzy
Logic with Engg. Application, Tata McGraw Hill.
7) Fuzzy Sets,
Uncertainties & Information, Prentice Hall.
8) S.S.Rao:
Optimization Theory & Applications, Wiley Eastern.
9) Back Volumes of
Journal: Modeling & Simulation, AMSE Press, France.
*****
Appendix-A T
- Theory
Post
Graduate Diploma course in Web Technology P- practical and
Advanced multimedia WT-WEB
Technology
TWO
Years Post Graduate Diploma Course
Semester
Pattern
____________________________________________________________________________________________________________________________________________
Teaching Scheme Examination
Scheme
Sr. Subject Subject Theory Practical Total
No. Code No. T P Total
Duration Max. Max. Total Min. Max. Max. Total Min.
Periods of papers Marks Marks Pass Marks Marks pass
/Week (Hrs) Theory College Marks College Marks
papers Assessment Assessment
____________________________________________________________________________________________________________________________________________
1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16
____________________________________________________________________________________________________________________________________________
Semester-I
1 1WT1 Computer
Organisation 5 - 5 3 80 20 100 40 -- -- -- -- 100
2 1WT2 Operating
Systems 5 - 5 3 80 20 100 40 -- -- -- -- 100
3 1WT3 Data
Communication & Networking 5 - 5 3 80 20 100 40 -- -- -- -- 100
4 1WT4 Java
Programming 5 - 5 3 80 20 100 40 -- -- -- -- 100
5 1WT5 Operating
Systems Laboratory - 3 3 - -- -- --- -- 25 25 50 25 50
6 1WT6 Java
Programming Laboratory - 3 3 - -- -- --- -- 25 25 50 25 50
____________________________________________________________________________________________________________________________________________
20 6 26 400 100 500
____________________________________________________________________________________________________________________________________________
Semester-II
1 2WT1 Introduction
to Multimedia 5 - 5 3 80 20 100 40 -- -- -- -- 100
2 2WT2 Web
Programming 5 - 5 3 80 20 100 40 -- -- -- -- 100
3 2WT3 Visual
Computing 5 - 5 3 80 20 100 40 -- -- -- -- 100
4 2WT4 Web
Commerce Technology 5 - 5 3 80 20 100 40 -- -- -- -- 100
5 2WT5 Web
Programming Laboratory - 3 3 - -- -- --- -- 25 25 50 25 50
6 2WT6 Visual
Computing Laboratory - 3 3 - -- -- --- -- 25 25 50 25 50
____________________________________________________________________________________________________________________________________________
20 6 26 400 100 500
____________________________________________________________________________________________________________________________________________
Semester-III
1 3WT1 Database
Processing 5 - 5 3 80 20 100 40 -- -- -- -- 100
2 3WT2 Advanced
Multimedia 5 - 5 3 80 20 100 40 -- -- -- -- 100
3 3WT3 Web
Security 5 - 5 3 80 20 100 40 -- -- -- -- 100
4 3WT4 E-Learning
Technology 5 - 5 3 80 20 100 40 -- -- -- -- 100
5 3WT5 Database
Laboratory - 3 3 - -- -- --- -- 25 25 50 25 50
6 3WT6 Multimedia
Laboratory - 3 3 - -- -- --- -- 25 25 50 25 50
____________________________________________________________________________________________________________________________________________
20 6 26 400 100 500
___________________________________________________________________________________________________________________________________________
Semester-IV
1 4WT1 Multimedia
Project Management 5 - 5 3 80 20 100 40 -- -- -- -- 100
2 4WT2 Web
Server Administration 5 - 5 3 80 20 100 40 -- -- -- -- 100
3 4WT3 Research
Methodology 5 - 5 3 80 20 100 40 -- -- -- -- 100
4 4WT4 Web
Server Laboratory - 3 3 - -- -- --- -- 25 25 50 25 50
5 4WT5 Project
& Seminar - 6 6 - -- -- --- -- 75 *75 150 75 150
____________________________________________________________________________________________________________________________________________
15 9 24 300 200 500
____________________________________________________________________________________________________________________________________________
Project
College Assessment :- *75 = 50 (Project) + 25 (Seminar)
Note
:- Whenever the scheme / course
content is updated the failures candidates shall have to appear in the
examination as per the current scheme in force.