1.
Introduction 1 hour
1.1
Evolution of Telecommunication.
2.
Telecommunication Switching 10 hours
2.1
Switching
Functions.
2.2
Space
Division Switching.
2.3
Time
Division Switching.
2.4
Two
– Dimensional Switching: TS, ST, TST, STS Switches.
3.
Subscriber Loop 6 hours
3.1
Transmission
Systems: Two-wire and Four-wire transmission, Pair gain systems.
3.2
Transmission
Impairments: Attenuation, interference,
noise, cross-talk, distortion, Echoes.
3.3
Analog
Subscriber Loop Interface, BORSCHT.
4.
Telecommunication Traffic 8 hours
4.1
Traffic Characterization.
4.2
Loss Systems.
4.3
Delay Systems.
5.
Mobile Communication 7 hours
5.1
Cell
Concept.
5.2
Global
System for Mobile Communication (GSM).
5.3
Code
Division Multiple Access(CDMA) Cellular Systems : Channel establishment, Multipath, Power control,
Handoff.
6.
Fiber Optic Systems 10 hours
6.1
Transmission:
Multimode and Single Mode fibers, Attenuation, Chromatic dispersion, Channel
bandwidth
6.2
Line
codes for fiber optic transmission
6.3
Wavelength
division multiplexing (WDM)
6.4
Fiber
System Design
6.5
Introduction
to SONET / SDH
II [8 (8.1-8.5,8.5.1,8.5.2)]
7.
Digital Subscriber Access 8
hours
7.1
Integrated
Services Digital Network (ISDN) : Basic
and primary rates, access architecture;
S,T and U interfaces, D- channel
7.2
ISDN
Services
7.3
Digital
Subscriber Loop (DSL)
8.
Data Networks 10 hours
8.1
WAN,
MAN, LAN
8.2
PSTN
8.3
Circuit
Switching, Packet Switching
8.4
Data
Communication Architecture
8.5
Asynchronous
Transfer Mode (ATM) networks : ATM cells, service categories, ATM
connections-virtual channel and virtual path
I. T. Vishwanathan, “Telecommunication Switiching Systems and
Newtorks”, Prentice-Hall of India,1992
II. J. C. Bellamy, “Digital Telephony”, John Wiley (International
Student Edition), Third Edition, 2002