B.E. IC 4th Year(Cntd)
ELECTIVE GROUP
- I
EC 811 EC : Telematics
B E IV (Electronics Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Name |
Detail |
| Telephony : |
Telephone hardware and
telephone line, ccitt standards signalling, pulse &
tone dialing (DTMF), Elements of switching |
| Computer Communication
over telephone line : |
Low, medium and high
soeed MODEMs with standard bit rates. |
| Overview of ISDN
and BISDN : |
ISDN channels, user
access, ISDN protocol. |
| Asynchronous
transfer mode : |
Protocol architecture,
ATM logic connections & cells, Transmission of ATM
cells, ATM adaption layer, traffic control ATM in ISDN.
|
| Advanced topics
on LAN : |
Ethernet & fast ethernet,,
wireless LAN, ATM LAN etc. |
| References
: |
1.
Telecommunication Switching Systems & Networks. By
Tyagrajan Viswanathan PHI 1st edition 1994
2. Data & Computer Communication by William Stallings
Mcmillan 5th edition 1998
3. Computer Networks by Andrew S. Tanenbaun PHI 3rd edition
1998. |
EC 812 EC : Advanced Microprocessor
B E IV (Electronics Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Name |
Detail |
| Multiple
Microprocessor Systems and Buses: |
The
8086 Maximum Mode,8259A Programmable Interrupt controller,
Interface, Direct Memory Access (DMA) Data Transfer, interfacing
–Intel 8237, Refreshing Dynamic RAM. The 8087 Math Coprocessor,
Multiple bus Microcomputer systems. |
| Microcomputer
System Peripherals: |
Microcomputer
display, CRT controller Intel 8275,Display adapters-MDA,
CGA, EGA ,VGA and SVGA, Floppy disk controller –Intel
8272A,Magnatic disk data storage, Optical disk data storage,
Printer Mechanism., A serial Interfacing device –8251A.,Serial
data transmission and standards. |
| Introduction
to Advanced Microprocessor: |
Overview
of 80186,80286,80386,80486 Architectures, Descriptor table,
Privilege levels, paging. Detail study of Pentium, Pentium
MMX architecture, PentiumII, Memory and Microprocessor,
The programming Model, Real mode and Protected mode Memory
addressing, Data formats |
|
The 80386 and 80486 Microprocessors: |
Architecture-Real
mode and Protected mode, 80386 Memory management, Memory
segmentation ,Memory paging Mechanism, On chip cache organization.
|
| Assembly
language and Programming Concepts: |
The
instruction set, Addressing modes, Data movement instructions,
Arithmetic and logic instructions, programming the Microprocessor
|
| Interfacing and
Applications: |
Memory interfacing, Basic
I/O interfacing. |
| References
: |
1.
Douglas V. Hall, Microprocessor and Interfacing, McGraw
Hill,2nd Edition, Reprint 1995
2. Barry B.Brey, The Intel Microprocessors 8086/8088,80186,80286,80386
and 80486 Architecture, Programming and Interfacing, Prentice
Hall of India, Third Edition.
3. Microprocessor and Peripheral Hand book Volume-1,Intel
corporation.
4. Intel 486TM Microprocessor and Related Products, Intel
corporation. |
EC 813 EC : Programmable
Logic Controllers & Distributed Control Systems
B E IV (Electronics
Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Name |
Detail |
| PLC
EVOLUTION : |
Evolution
of Modern Day PLC, Contribution of Microprocessors, PCs
& DSP in the development of PLCs. |
| FUNCTIONAL
ELEMENTS OF PLC : |
Architecture-Programming
the PLC, Ladder Logic Diagram, Communication in PLCs,
Compartive Study of Industrial PLCs. |
| FUNCTIONAL
ELEMENTS OF DISTRIBUTED CONTROL SYSTEMS : |
Different
Architectures functional elements-Remote Electronic Unit,
Operator Station.
|
|
REDUNDANCY & CASE STUDIES IN DCS : |
Comparative
study of Industrial DCS, Reliability factors, Redundancy,
Case Studies. |
| COMMUNICATION
: |
Different
Methods of Communication, Requirement of Communication
Networks for control purposes, Communication protocols
networks(Ethernet), Manufacturers Automation Protocol,
Field Bus. |
| References
: |
1.
Programmable Controllers, Thomas A. Hughes, Instrument
Society of Americal,1989.
2. Programmable Logic Controllers Architecture and Applications,
Gilles Michel, John Wiley & Sons, 1990
3. Distributed Control Systems, Michael P Lucas, Van Nostrand
Rein hold Company, New York, 1986.
4. Digital Control Devices, Moore, ISA Press, 1986.
5. Programmable Controller – Principles & Applications,
John W Webb, Murrill Publishing Co. USA, 1988.
6. Understanding and using Programmable Controllers, Thomas
E Kissell, Prentice Hall International Inc., Englewood
Cliffs, NJ, 1986.
7. Logic Design Principles, Edward J McCluskey, Prentice
Hall International, USA, 1986. |
EC 814 EC : Biomedical
Instrumentation
B E IV (Electronics
Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Name |
Detail |
| Basic concepts
: |
Generalized instrumentation
system, medical measurement constraints |
| Biomedical
Transducers and their principles : |
Resistive, capacitive,
inductive and piezo-electric transducers, temperature
measurement, ultrasonic scanners, Displacement.
|
| Bioelectric
Potentials & their Measurement : |
Action potential, resting
potential, the cell as bioelectric generator. The heart
circulatory system. Electro cardiography (ECG). The Brain
and central nervous system, electro encephalography(EEG).
Evoked cortial, responses, electro retinography(ERG) Stimulation,
electro myography(EMG), Measurement of heart rate, Blood
pressure measurement, Measurement of temperature, measurement
of respiration rate. |
| Biopotential
Electrodes: |
The electrode- electrolyte
interface, polarization, polarizable and non-polarizable
electrodes, electrode behaviour and circuit Model, electrode
skin interface and motion artefact, Microelectrodes, practical
hints in using electrodes. |
| Biopotential
Amplifiers : |
Transducer as sensing
elements, design of active filters for obtaining the desired
frequency characteristics, Instrumentation amplifiers. |
| Measurement
of flow and volume of Blood : |
Ultrasonic
scanner as sensing elements, amplifiers and indicators.Safety
considerations in the Design of Biomedical Instruments. |
| References
: |
1.
Cromwell : Biomedical Instrumentation and Measurements,
Prentice Hall of India.
2. R.S. Khandpur : Handbook of Biomedical Instrumentation,
Tata McGraw-Hill
3. John G. Webster (Editor): Medical Instrumentation,
Houghton Mifflin Company
4. Harry E. Thomas : Handbook of Biomedical Instrumentation
and Mesaurement, Reston Publishing Company.. |
EC 815 EC : Digital
& HD TV Technology
B E IV (Electronics
Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Name |
Detail |
| Elements
of Television Picture |
Elements of Television
Picture quality Basic Image Quality Criteria, Image defects,
Characteristics of Human Vision, Image Definition, Limiting
Resolution, Aperture Response, Television System Aperture
Response Vertical Definition, Broadcast Systems, Horizontal
Definition, Broadcast Systems, HDTV System Aperture Response
, Visual Perception of Broadcast and HDTV Image, Image
Gray scale, Signal to Noise Ratio, Image Defects, Analysis
of the Sampling Process. |
| Digital
Television: |
Analog and Digital Formats,
Comparison of Digital and Analog Formats, Transmission
and Recording Formats, Signal Processing Functions, Analog
to Digital Conversion, Sampling, Bitrates and Bandwidth
Requirements, Quantizing, Encoding, Synchronization, Transmission
of Digital Signals, Video Bandwidth Compression, Digital
Bandwidth Compression Technologies. |
| Charge
Coupled Device Imagers (CCDs) : |
CCD Photosensor Arrays,
CCD transfer and readout architecture, storage tube and
CCD performance. |
| HDTV Systems
: |
HDTV Performance Objective,
HDTV Performance Parameters, Deficiencies of Conventional
Video System, Compatibility, Definition and Status, HDTV
Technical Challenges, Bandwidth Reduction Technologies,
Simulcast Channel Format Selection Procedure, Proposed
Simulcast Channel Formats, Wideband HDTV Systems.
|
| HDTV Equipments
: |
Camera, Recorders, Display
devices, Cathode Ray Tube Display, Light Value Projection
Display, Flat Panel Display. |
| References
: |
1.
Andrew F. Inglis, Video Engineering, McGraw Hill International
Edtion.
2. Arch Luther, Digital Video ina PC Environment McGraw
Hill, Newyork 1991.
3. Benson K. Blair & Donald G Fink, HDTV-Advanced
Television for 19905, Mcgraw Hill-Newyork 1991.
4. Benson K Blair, Telvision Engineering Handbook Featuring
HDTV Systems McGraw Hill |
EC 816 EC : Internet,
Programming & Application
B E IV (Electronics
Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Detail |
|
1.
Brief overview on the concepts of networking & TCP/IP
model.
2. Internetworking various bridges, routers, hubs.
3. Client and Server model.
4. Internet standards.
5. Services available on the Internet Electronic mail
(SMTP), Bulletin Board Service (BBS), FTP, Remote login
(TELNET) etc.
6. URL.
7. Browsing the world wide web, world wide web documents
(HTML), advanced web technologies, Automated web search/serchengines)
8. Audio & Video Communication & Teleconferencing
on Internet
9. The global digital library.
10. Introduction to JAVA programming
|
| References
: |
| 1.The Internet
by Douglas E. Comer, PHI, Second Edition-1997 |
EC 817 EC : Fuzzy Logic
in Control Systems
B E IV (Electronics Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Name |
Detail |
| INTRODUCTION
TO FUZZY LOGIC : |
Review of crisp set theory
– Basic concepts of fuzzy sets, fuzzy logic, operations
on fuzzy sets. |
| FUZZY LOGIC CONTROL
PRINCIPLES : |
Definition and Terminology,
Fuzzy Relations, Fuzzy Conditional Statements, Fuzzy Rules,
Fuzzy Algorithms, Functional Diagram.
|
| FUZZY LOGIC CONTROL
SYSTEM : |
Fuzzy Logic Controller,
Fuzzification Interface, Knowledge Base, Decision Making
Logic, Defuzzification Interface. |
| FUZZY LOGIC CONTROLLER
: |
Design of Fuzzy Logic
Controller, Functional Diagram Approach, Developing Fuzzy
Model, Performance comparison with Conventional Controllers,
Fuzzy Controller Stability Analysis. |
| CASE STUDIES
: |
Fuzzy Logic Controller
in Cement Kiln-Fuzzy Logic Controller in Power Plants,
Fuzzy logic Controller in Serve Systems. |
| References
: |
1.
Fuzzy Sets, Uncertainty and Information, Klir G J, Prentice
Hall of India, 1991.
2. Fuzzy Control and Fuzzy System, John Wiley, 1989.
3. Modern Control Engg., Ogata, Prentice Hall of India,
1985.
4. Fuzzy Set Theory & Applications, H J Zimmermann,
2nd Edition.
5. An Introduction to Fuzzy Control, D Drianbor, H Hellendoorn,
M Reinfrank, 2nd Edition.
|
ELECTIVE GROUP - II
EC 821 EC : Mobile Communication
B E IV (Electronics Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Name |
Detail |
| Mobile
radio environment : |
Propagation & path losses,, fading, various interference
effects, effect of weather, shadow effect etc.Frequency
concept, channalized schmes and frequency reuse, FDM
& TDM, spread spectrum modulation techniques- direct
sequence & frequency lopped, corier to noise ratio.System
base station (fixed unit), Mobile unit, antennas, MTSO
(mobile telcom, switching office) Signalling & channel
access.
|
| Advance
topics : |
radio paging, cellphone,
Land mobile satellite communication system, GSM technique,
UMTS, wireless networks. |
| References
: |
| 1.Lee,
Mobile Communication, McGraw Hill. |
EC 822 EC : Advance
Power Electronics
B E IV (Electronics Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Detail |
|
1.
Resonant Converters : Classification of resonant
converters zero-voltage/zero-current switchings circuit
topologies.
2. Pulse width Modulation techniques for converter Control
Selective hormone elimination techniques. State vector
PWM control of voltage control and current controller
inverter, Hysteresis- Band current control. Critical
evaluation of PWM techniques.
3. Vector control of AC drives. Stepper motor control
technique battery operated vehicles, uninterrptible
Power converters
4 .Photovoltaic power conlitioning, characteristic of
photovoltic cell. Peak Power tracking control of converters.
Stand alone converters, grid assisted control, grid
interfacing house-hold application.
5. Active Power Filters : Basic operation,
circuit configurations shunt, series, shunt/series.
Hybrid configuration, Active/passive, control strategies.
|
| References
: |
1. NED Mohan
etc. : Power Electronics Converters, Application and Design,
John Wiley & Sons, 1996.
2. K. Bose, Power Electronics and variable frequency drives
IEEE Pren. 1997.
3. K. Bose, Modern Power Electronics, Evoluation, Technology
and Applications Jaico Publishing House, 1993. |
EC 823 EC : Advanced Analog
Integrated Circuits
B E IV (Electronics Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Name |
Detail |
| Introduction
to Analog VLSI |
Design of linear and non-linear AICs including op-amps,
voltage reference source and regulators, comparators
& drivers, power stages, oscillators and multipliers,
use of feedback and noise performance.
|
| FET analog switches |
programmable gain op-amp,
Norton op-amp, Bi-FET technology in op-amp & linear
ICs , switched capacitor filters, sample 7 hold Ics. |
| Analog integrated
circuit sensors: |
Introduction, mechanical
sensors, humidity sensors, magnetic sensors, sensor interfaces. |
| References
: |
1.
MOHMED ISMAIL & FIEZ.T.: Analog VLSI – Signal &
Information Processing.----- Mc. Graw Hill (I.S. Ed)-1994
2. GEIGER, ALLEN, STRADER: VLSI – Design Techniques for
Analog and Digital circuits, Mc Graw Hill (I.S. Ed)-1990.
3. LARER & SANSEN: Analog Integrated Circuits, Mc.
Graw Hill (I.S. Ed)-1995.
4. GEIGER : Micro electronics circuit design, Mc. Graw
Hill (I.S. Ed)-1997 |
EC 824 EC : Process
Instrumentation and Control
B E IV (Electronics Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Name |
Detail |
| Structure of
instrumentation |
Structure of instrumentation system for process control
applications. Pneumatic Vs electronics instrumentation.
|
| Temperature: |
Thermocouples, resistance
thermometers, pyrometers, electronic and pneumatic transmitters,
dynamics of temperature measurement devices. |
| Pressure: |
Bellows, diaphragm and
Bourdon gauge, electronic transmitters (strain gauge,
capacitance, differential transformer, piezo-electric
etc). Purge methods for pressure measurement. |
| Flow: |
orifice, venturi, nozzle,
sizing of orifice plates. Differential pressure transmitters.
Rotameters for local and remote indication. Turbine meters
vortex, Electro-magnetic ultrasonic flow meters with associated
instrumentation. |
| Level measurement: |
Differential pressure
Bubbler types level system, ultra sonic, and Radar type.
1. Gas analyzers
2. pH analyzer and control.
3. PID controller. |
| References
: |
1.
D.M. Considine, Process instruments and control handbook,
Mc. Graw Hill
2. Liptak, Instrument engineer’s handbook Vol-1 &
2 Chilton Book Co. |
EC 825 EC : Radar
and Nevigational Aids
B E IV (Electronics Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Name |
Detail |
| The Nature of
Radar : |
Radar Equation, Radar Block Diagram and operation, Prediction
of Range Performance, Minimum Detectable Signal, Receiver
Noise, Transmitter Power, PRE and Range ambiguities,
Antenna parameters.CW & FM Radar : Doppler effect,
CW, Radar, FMCW Radar.
|
| MTI & Pulse
Doppler Radar : |
Introduction, Delay
line Cancellers, Staggered or Multiple PRF. |
| Tracking Radar
: |
Sequential Lobing, Comical
Scan, Monopulse TR. |
| Phased Array
Antenna in Radar : |
asic Concepts, Phase
Shifters, Frequency-scan arrays, Array elements, Feeds
for Arrays.Other Radars : Synthetic Aperture Radar, HF
over-the-horizon Radar, Air-Surveillance Radar, Height-Finder
and 3-D Radars. |
| NAVIGATION AIDS |
1. Radio Direction Finding.
3. 2. Radio Ranges.
4. Hyperbolic System of Navigation.DME and TACAN.
5. Aids to Approach and Landing.
6. Doppler Navigation.
7. Satellite Navigation.
8. Global Positioning System. |
| References
: |
1.Introduction
to Radar Systems : M. I. Skolnik, McGraw Hill Pub., International
edition.
2. Elements of Electronic Navigation : N. S. Nagaraja,
TMH Pub., Co. New Delhi. |
EC 826 EC : Computer
Based Information Processing
B E IV (Electronics Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Name |
Detail |
| INTRODUCTION
TO DATA PROCESSING : |
Data Processing Techniques; Traditional Data Processing
& Data Base Processing Techniques; DBMS, Data Independence,
Shared Data- Advantages of DBMS, Architecture of a typical
DBMS; DDLs; DMLs; Query Languages; Embedded Query Languages.
|
| DATA BASE PROJECT
DEVELOPMENT PROCESS : |
1. Information Model;
Universe of Discourse; Logical Database Design;Physical
Data Base Design, Semantic Data Model; Relationships in
SDM; Other Data Models; DBTG; Hierarchical Model; ER Model;
ANSI/X3/SPARC Model; Relational Model; Comparison; Study
of DBTG & Hierarchical Model only from comparison
point of view; Super keys; Generalization & aggregation.
System Flow Study of Commercial Applications like Payroll;
Inventory control; Accounting; Sales; University Course
Management etc Implementation issues.
2. Characteristics of secondary storage devices; file
organization techniques; Performance of heap; sequential;
indexed sequential hashed; multiindexed; inverted ; and
multi-ring files B; trees use of files in data processing.
3. Implementation of commercial systems like pay-roll;
inventory control etc. with a typical DBMS package. |
| References
: |
1.
MAJUMDAR A K & BHATTACHARYA P: Introduction to Data
Base Management Systems, Tata McGraw- Hill, 1996 Edition.
2. KORTH & SCHILBERSCATZ, Data Base Systems Concepts,
McGraw-Hill, IS 2nd edition, 1995 Reprint.
3. NAVEEN PRAKASH : Inroduction to Data Base Management
Systems, Tata McGraw- Hill, 1991 edition, 1994 Reprint.
4. B RAM, Computer Fundamental Architecture & Organization,
Wiley Eastern Limited, 1992 reprint.
5. VIPUL LAL, Inside Clipper 5, Tata McGraw Hill, 1995
Reprint. |
EC 827 EC : Micro
Controllers and Applications
B E IV (Electronics
Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
3 |
1 |
0 |
| Examination
Scheme Marks |
100 |
25 |
Cont. Evaluation : 00
Examination : 00 |
| Name |
Detail |
| Microprocessors
and Microcontrollers : |
Comparing Microprocessors and Microcontrollers, The
Z80 and MCS 51, Microcontroller survey.
|
| The MCS-51
Architecture: |
Introduction,MCS-51 family
microcontrollers hardware, Input/output pin, ports and
circuits, External memory interfacing, counter, timer,
serial data input /output, Interrupts. |
| Basic Assembly
Language Programming Concept: |
Addressing mode, External
data, move,Code memory read – only data moves, Push and
Pop opcodes, Data Exchanges, Logical operations, Arithmetic
operations,Branching Instructions, Interrupts and Returns. |
| An MCS-51
Microcontroller Design: |
Microcontroller Specification,
External memory and Memory space Decoding, Expanding I/O,
Memory map I/O, Memory address decoding, Testing the Design,Lookup
table for the 8051,Serial data Transmission |
| MCS-96/MCS-296
Microcontrollers : |
Introduction, Features,
Architecture, Basic assembly language programming concepts,Instruction
set. |
| Application
Of MCS-51, MCS-96 / MCS-296 : |
Interfacing with Peripheral
I/C and other peripheral IC, Pulse Measurement, Interfacing
with D/A and A/D Converter, Multiple Interrupts, Data
communication modes, Industrial applications and Interfacing.
|
| References
: |
1.
Kenneth J. Ayala : The 8051 Microcontroller Architecture,
Programming and Application., Tata McGraw Hill.
2. Intel MCS-51,MCS96/MCS296 Data sheets |
EC 804 EC : Project
B E IV (Electronics Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
0 |
0 |
8 |
| Examination
Scheme Marks |
- |
- |
Cont. Evaluation : 00
Examination : 00 |
EC 805 EC : Seminar
B E IV (Electronics Engg) – 8th Semester (New Scheme)
| |
Lecture |
Tutorial |
Practical |
| Teaching
Hours |
0 |
2 |
0 |
| Examination
Scheme Marks |
- |
- |
Cont. Evaluation : 20
Examination : 30 |
|
|
|
