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S.No

Proposed

Date of

Completion

Period Topics TARefere

nce

Actual Date

of

completion

Period Remarks

1, 2 12-Dec-11 2,5 Introduction - Sampling Theorem A R1, R2

3 13-Dec-11 3 Band pass sampling A R1, R2

4 14-Dec-11 1 PAM A R1, R2

5 16-Dec-11 2 PAM A R1, R2

6 17-Dec-11 2 PCM A R1, R2

7, 8 19-Dec-11 2,5 Uniform and Non- Uniform Quantization A R1, R2

9 20-Dec-11 3 Quantization Error A R1, R2

10 21-Dec-11 1 DM A R1, R2

11 23-Dec-11 2 DPCM A R1, R2

12 26-Dec-11 2 TDM Principles A R1, R2

13 26-Dec-11 5 Digital Hierarchy A R1, R2

13 28-Dec-11 1 Power Spectra of PAM signals A R1

14, 1530-Dec-11,

31-Dec-112,2

Inter Symbol InterferenceA R1

16 2-Jan-12 2 Ideal Nyquist channel A R1

17, 183-Jan-12

4-Jan-123,1

Raised Cosine ChannelsA R1

19, 206-Jan-12

18-Jan-122, 1

Correlative CodingA R1

21 23-Jan-12 2 Eye patterns A R1

22 24-Jan-12 3 Adaptive Equalization for Data Transmission A R1

23 25-Jan-12 1 Problems A R1

24 27-Jan-12 2 Pass band Transmission Model A R1

25 30-Jan-12 2 ML criterion A R1

26 31-Jan-12 3 correlation receivers A R1

27 1-Feb-12 1 Matched filters A R1

28 3-Feb-12 2Generation, Detection, Power spectra, Signal

Space Diagram of BPSKA / C / D R1

29 6-Feb-12 2Generation, Detection, Power spectra, Signal

Space Diagram of BPSKA / C / D R1

30, 316-Feb-12

7-Feb-125, 3

Generation, Detection, Power spectra, Signal

Space Diagram of QPSKA / C / D R1

32 8-Feb-12 1Generation, Detection, Power spectra, Signal

Space Diagram of QPSKA / C / D R1

33 10-Feb-12 2Generation, Detection, Power spectra, Signal

Space Diagram of FSKA / C / D R1

34 13-Feb-12 2Generation, Detection, Power spectra, Signal

Space Diagram of FSKA / C / D R1

35, 3613-Feb-12

14-Feb-125, 3

Generation, Detection, Power spectra, Signal

Space Diagram of MSKA / C / D R1

37 15-Feb-12 1 Carrier and Bit Synchronization A R1

UNIT-III PASS BAND DATA TRANSMISSION

UNIT-I SAMPLING AND WAVEFORM CODING

UNIT-II BANDLIMITED SIGNALLING

Class: III ECE Semester: VI

KPR INSTITUTE OF ENGINEERINGG & TECHNOLOGY, COIMBATORE

Department of Electronics and Communication Engineering

Lesson Plan for Even Semester 2011

Code & Subject: DIGITAL COMMUNICATION Staff Name: RATHIKA.P.D

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38, 39 27-Feb-12 2, 5 Linear block codes A / C R1, R3

40 28-Feb-12 3 Linear block codes A / C R1, R3

41 29-Feb-12 1 Cyclic codes A / C R1, R3

42 2-Mar-12 2 Cyclic codes A R1, R3

43 5-Mar-12 2 Convolution Codes: Coding Gain A R1, R3

44 5-Mar-12 5 Convolution Codes: Coding Gain A R1, R3

45 6-Mar-12 3 Viterbi decoding of Convolution Codes A / C R1, R3

46 7-Mar-12 1 Viterbi decoding of Convolution Codes A / C R1, R3

47 9-Mar-12 2 Trellis coded modulation A / C R1, R3

48 12-Mar-12 2 Tutorial Problems A R1, R3

49 12-Mar-12 5 Pseudo Noise sequences A R1, R2

50 14-Mar-12 3 generation-principles of DSSS A R1, R2

51 16-Mar-12 2 correlation properties A R1, R2

52 17-Mar-12 2 M-Sequence A R1

53 19-Mar-12 2 Gold Sequence A R1

54 19-Mar-12 5 FH-SS A R1, R2

55 20-Mar-12 3 FH-SS A R1, R2

56 21-Mar-12 1 Processing gain- anti-jam A R1

57 23-Mar-12 2 Problems A R1

UNIT-IV ERROR CONTROL CODING

R5. B.Sklar Digital communications2/E Prentice Hall-2001

UNIT-V ANTENNA & IONOSPHERIC MEASUREMENTS

Staff In-Charge HOD

Teaching Aids(TA):

Reference:

R3. John.G.Proakis Digital Communication- McGraw Hill 3/E - 2008.

R4. K.N.Chari., D.Ganesh Rao-Digital Communications- 2/E- Sanguine Technical Publishers- Bangalore- 2005

R1. Simon Haykins- Digital Communications- John Wiley, 4/E- 2007

R2. H. Taub, D.L.Schilling, G. Saha- Principles of Communication Systems- 3/E - Tata

McGraw Hill Publishing Company- New Delhi- 2008

A.White Board with Marker, B.Overhead Projector

C.LCD Projector, D.Others(Field visit,Charts,Cutset models)

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