EC 4th Year Lesson Plans

7/30/2019 EC 4th Year Lesson Plans

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LESSON PLAN

Teacher Sapna Katiyar File Name LP-EEC802-SK

Subject Code EEC802 Subject Name Electronic

Switching

Session 2011-12 Group 08EC

No. of Lectures 40

Lect. No. Ref. Pt. Topics to be covered

Unit I: Introduction

1 1.1

1.2

Message switchingCircuits switching

2 1.3

1.4

Functions of a switching system,

Register-translator-senders

3 1.5

1.6

Distribution frames

Crossbar switch

4 1.7

1.8

1.9

A general trunking

Electronic switching

Reed electronic system

Unit II: Digital switching

5 2.1

2.2

Switching functions

Space division switching

6 2.3

2.4

Multiple stage switching

Nonblocking switches

7 2.5 Blocking probabilities: Lee graphs and Jacobaeus

8 2.6

2.7

2.8

Foulded four wire switches

Path finding

Switch matrix control

9 2.9 Time division switching: analog and digital time division switching

10 2.10

2.11

A digital memory switch

Time stage in general

11 2.12

2.13

Two dimensional switching

Implementation complexity of TD switches

12 2.14

2.15

2.16

Multiple stage time and space switching

STS switching

TST switching

13 2.17

2.18

TSSST switches

No.4 ESS Toll switch

14 2.19

2.20

System 75 digital PBXDigital cross connect systems


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15 2.21

2.22

2.23

Consolidation and segregation

DCS hierarchy

Integrated cross connect equipment

16 2.24

2.25

Digital switching in analog environment

zero loss switching

Unit IV: Control of Switching Systems

17 4.1

4.2

4.3

Call processing functions

Sequence of operations

Signal exchanges

18 4.4

4.5

State transition diagrams

Common control

19 4.6

4.7

4.8

Reliability availability and security

Stored program control

Processor architecture

20 4.9

4.10

Centralized SPCDistributed SPC, Level3, Level2 and Level-1 processing

21 4.11 SPC software, system software and Language processor

22 4.12 SDL, application software

Unit III: Telecom Traffic Engineering

23 3.1

3.2

Network traffic load and parameters

Grade of service and blocking probability

24 3.3

3.4

Modeling switching systems

Markov processes

25 3.5

3.6

Birth-death processesIncoming traffic and service time characteristics

26 3.7 Poisson arrival process, holding time of calls

27 3.8

3.9

Blocking models and loss estimates

Lost calls cleared systems with infinite and finite subscribers

28 3.10 Lost calls returned systems and lost calls held system

29 3.11 Delay systems and Erlang C formula

Unit V: Signalling

30 5.1

5.2

Customer line signaling

AF junctions and trunk circuits

31 5.3

5.4

Outband and inband signaling

PCM and inter register signalling

32 5.5 Common channel signaling: general principles and network

33 5.6 CCITT signaling system No. 6 and 7

Packet Switching

34 5.7

5.8

Packets formats

Statistical multiplexing

35 5.9 Routing control: dynamic, virtual path circuit and fixed path routing


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36 5.10

5.11

5.12

Flow control

X.25 protocol

Frame relay

37 5.13

5.14

5.15

TCP/IP

ATM cell

ATM service categories

38 5.16

5.17

ATM switching

ATM memory switch

39 5.18

5.19

Space memory switch

Memory-space,memory-space-memory switch

40 5.20 Banyan network switch

LESSON PLAN

Teacher: Pradeep kumar File

Name:

LP- EEC-035-PK.doc

Subject Code: EEC-035 Subject

Name:

INTRODUCTION TO

RADAR SYSTEMS

Session: 2011-12 Group: 08 EC

Lect.

No.

Ref.

Pt.

Topics to be covered

Unit 1:Introduction to Radar

1. 1.1 Basic Radar, The Simply Form of the RadarEquations

2. 1.2 Radar Block Diagram, Radar Frequencies, Applications of Radar.3. 1.3 Detection of Signals in Noise4. 1.4 Receiver Noise and

the Signal-to-Noise Ratio

5. 1.5 Probabilities of Detection and False Alarm,Integration of Radar Pulses,

6. 1.6 Radar Cross Section of Targets, Radar Cross-Section of Targets, Radar Cross-Section Fluctuations

7. 1.7 Transmitter Power,Pulse Repetition Frequency

8. 1.8 Antenna Parameters, System Losses, Problems


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Lect.

No.

Ref.

Pt.


Unit ii: MTI and Pulse Doppler Radar

9. 2.1 Introduction to Doppler and MTI Radar10. 2.2 Delay-Line Cancelers11. 2.3 Staggered Pulse Repetition Frequencies,12. 2.4 Doppler Filter Banks13. 2.5 Digital MTI Processing14. 2.6 Moving Target Detector15. 2.7 Limitations to MTI Performance

Unit iii: Tracking Radar

16. 3.1 Tracking with Radar17. 3.2 Mono pulse Tracking18. 3.3 Conical

Scan and Sequential Lobing

19. 3.4 Limitations to tracking Accuracy20. 3.5 Low-

Angle Tracking, Tracking in Range,

21. 3.6 Other Tracking Radar Topics,Comparison of Trackers

22. 3.7 Automatic Tracking with SurveillanceRadars(ADT)

Unit IV: Detection of Signals in Noise23. 4.1 Introduction24. 4.2 Detection Criteria25. 4.3 Detectors,

26. 4.4 Automatic Detection27. 4.5 Integrators28. 4.6 Constant-False-Alarm Rate Receivers

Unit V: Information from Radar Signals

29. 5.1 Basic Radar Measurements30. 5.2 Theoretical

Accuracy of Radar Measurements

31. 5.3 Ambiguity Diagram32. 5.4 Pulse


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Lect.

No.

Ref.

Pt.


Compression

33. 5.5 Target Recognition

34. 5.6 Land Clutter35. 5.7 Sea Clutter, Weather

Clutter

Teacher ANAGHA CHOUGAONKARSubjectCode EEC 801SubjectName Mobile and Wireless Communication

Session 2012Group 08EC

Lect. No(s) Topics to be covered with reference points

Unit III:1 Introduction to wireless comm,Evolution of mobile radio communication fundamentals

2 Cellular Systems

3,4 Frequency reuse, channel assignment strategies

5handoff strategies, interference and system capacity6 improving coverage and capacity in cellular systems.

Unit IV:7 GSM system for mobile

8,9 Services and features, System Architecture

10,11 Radio Sub system Channel types, Frame Structure.

12 CDMA Digital Cellular Standard (IS 95)

13 Forward CDMA channel and reverse CDMA channel

Unit V:14 Mobile data networks

15 wireless standards IMT2000

16,17 Introduction to 4G and concept of NGN

Unit II:18 Fundamentals of equalisation

19,20 Equalisers in communication receiver,Survey of equalisation techniques

21,22 linear equaliser, Algorithms for Adaptive Equalization

23 Diversity techniques

24 RAKE receiver.

25 Characteristics of speech signals, quantisation techniques

26vocoders, linear predictive coders27,28 Multiple Access techniques for Wireless Communication


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Unit I:29 Large scale path loss: propagation models, reflection, diffraction,scattering,

30 link budget design using path loss model.

31 Small scale fading & multipath propagation and measurements,

32 Impulse response model and parameters of multipath channels.

33 Small scale Multipath Measurements, Parameters of Mobile Multipath

34 Parameters of Mobile Multipath Channels, types of small scale fading.

35 Introduction to Mobile Adhoc Networks

36,37 Question paper solution

Documents

EC 4th Year Lesson Plans