PROUDHADEVARAYA INSTITUTE OF TECHNOLOGY
Dept of Electronics & Communication Engg.
Lesson Plan
FACULTY: Mahesh
Shilavanth CLASS: 6th SEM
SUBJECT: DIGITAL COMMUNICATION SUB CODE: 06EC61
Sl. No.
|
Date
|
Topics proposed to
be covered
|
1
|
01-2-2012
|
UNIT - 1Basic signal
processing operations in digital communication
|
2
|
02-2-2012
|
Sampling Principles
|
3
|
03-2-2012
|
Sampling Theorem
|
4
|
06-2-2012
|
Quadrature sampling of band pass signal
|
5
|
06-2-2012
|
Quadrature sampling of band pass signal
|
6
|
08-2-2012
|
Practical aspects of sampling and signal recovery
|
7
|
09-2-2012
|
Practical aspects of sampling and signal recovery
|
8
|
10-2-2012
|
UNIT – 2 PAM
|
9
|
13-2-2012
|
TDM
|
10
|
13-2-2012
|
Waveform coding techniques
|
11
|
15-2-2012
|
PCM
|
12
|
16-2-2012
|
PCM
|
13
|
17-2-2012
|
Quantization noise and SNR
|
14
|
22-2-2012
|
Robust quantization
|
15
|
23-2-2012
|
UNIT – 3 DPCM
|
16
|
24-2-2012
|
DM
|
17
|
27-2-2012
|
Applications
|
18
|
27-2-2012
|
Base Band Shaping for Data Transmission
|
19
|
29-2-2012
|
Discrete PAM signals
|
20
|
01-3-2012
|
Power spectra of discrete PAM Signals
|
21
|
02-3-2012
|
UNIT – 4 ISI
|
22
|
05-3-2012
|
Nyquist’s criterion for distortion less base band binary
transmission
|
23
|
05-3-2012
|
Correlative coding
|
24
|
07-3-2012
|
Correlative coding
|
25
|
08-3-2012
|
Eye Pattern, Base Band M-ary PAM systems
|
26
|
09-3-2012
|
Adaptive equalization for data transmission
|
27
|
12-3-2012
|
part-b ,UNIT – 5 Digital
Modulation formats
|
28
|
12-3-2012
|
Coherent binary modulation techniques
|
29
|
14-3-2012
|
Coherent binary modulation techniques
|
30
|
15-3-2012
|
Coherent quadrature modulation techniques
|
31
|
19-3-2012
|
Coherent quadrature modulation techniques
|
32
|
22-3-2012
|
Non Coherent binary modulation techniques
|
33
|
26-3-2012
|
Non Coherent binary modulation techniques
|
34
|
28-3-2012
|
UNIT – 6 Detection and
estimation
|
35
|
29-3-2012
|
Model of DCS
|
36
|
30-3-2012
|
Gram-Schmidt Orthogonalization procedure
|
37
|
02-4-2012
|
Gram-Schmidt Orthogonalization procedure
|
38
|
05-4-2012
|
Geometric interpretation of signals
|
39
|
09-4-2012
|
Response of bank of correlators to noisy input
|
40
|
12-4-2012
|
UNIT – 7 Detection of known signals
in noise
|
41
|
13-4-2012
|
Detection of known signals in noise
|
42
|
16-4-2012
|
Correlation receiver
|
43
|
18-4-2012
|
Matched filter receiver
|
44
|
23-4-2012
|
Detection of signals with unknown phase in noise
|
45
|
26-4-2012
|
Detection of signals with unknown phase in noise
|
46
|
27-4-2012
|
UNIT – 8 Spread
Spectrum Modulation
|
47
|
30-4-2012
|
Pseudo noise sequences
|
48
|
02-5-2012
|
Notion of Spread Spectrum
|
49
|
03-5-2012
|
Direct Sequence Spread Spectrum
|
50
|
04-5-2012
|
Coherent binary PSK
|
51
|
07-5-2012
|
Frequency Hop Spread Spectrum
|
52
|
07-5-2012
|
Applications
|
TEXT
BOOK:
1. Digital communications, Simon Haykin, John
Wiley, 2003.
REFERENCE
BOOKS:
1.
Digital and analog communication systems &
An introduction to Analog and Digital Communication, K. Sam Shanmugam, John
Wiley, 1996. 2.Simon Haykin, John Wiley, 2003
2.
Digital communications - Bernard Sklar: Pearson education 2007
Staff sign HOD
