Tuesday, November 20, 2018

Lesson plan for II/IV 2nd semester Signals and Systems


SANKETIKA VIDYA PARISHAD ENGINEERING COLLEGING, VISAKHAPATNAM
ECE 2206 SIGNALS AND SYSTEMS II/IV B.TECH -2018-19, SECOND SEMESTER
LET US ALL MAINTAIN THIS TABLE
SL NO.
DATE
TOPIC PLANNED


TOPIC ACTUAL COVERED
HOLIDAY/OTHER ACTIVITY
1
05.11.2018



2
06.11.2018



3
07.11.2018


DEPAVALI HOLIDAY
4
08.11.2018



5
09.11.2018



6
10.11.2018



7
12.11.2018


MEDICAL CAMP
8
13.11.2018



9
14.11.2018



10
15.11.2018



11
16.11.2018



12
17.11.2018



13
19.11.2018



14
20.11.2018



15
21.11.2018



16
22.11.2018



17
23.11.2018



18
24.11.2018



19
26.11.2018
No class
-----------------
No Class
20
27.11.2018Tuesday
Unit 1 Introduction to signals and linear time Invariant systems


21
28.11.2018wed
Continuous Time and Discrete Time signals.


22
29.11.2018Thursday
Signal Energy and Power, Periodic Signals.


23
30.11.2018Friday
Even and oddSignals, continuous- Time complex Exponential and Sinusoidal Signals.


24
01.12.2018Sat
 Discrete Time complex Exponential and Sinusoidal signals.


25
03.12.2018Mon
No class.


26
04.12.2018Tues
Periodicity Properties of Discrete Time Complex Exponentials.


27
05.12.2018Wed
The Unit Impulse and
Unit step Functions.


28
06.12.2018Thursday
The Discrete- Time Unit Step and Unit Impulse Functions.


29
07.12.2018Friday
The Continuous-Time Unit
impulse and Unit step Sequence.



30
08.12.2018Sat
Continuous Time and Discrete Time Systems, Interconnections of Systems.



31
10.12.2018Mon
No class.
-----------------
----------------
32
11.12.2018Tues
Basic System Properties, Discrete Time LTI Systems.



33
12.12.2018Wed
The Convolution Sum, The Representation of Continuous Time Signals in terms of Impulses.



34
13.12.2018Thurs
The Commutative property, Casual LTI Systems Described by
Differential and Difference Equations.


35
14.12.2018Fri
Continuation of this topic.


36
15.12.2018Sat
Continuation of Singularity Functions.


37
17.12.2018Mon
No class
------------------------
------------------
38
18.12.2018Tues
Unit-2 Fourier Series Representation of Periodic Signals


39
19.12.2018Wed
Introduction, Fourier Series Representation of continuous time Periodic Signals.


40
20.12.2018Thurs
Convergence of the Fourier
Series, Properties of continuous time Fourier Series.


41
21.12.2018Fri
Fourier Series representation of discrete time periodic signals.


42
22.12.2018Sat
 Properties of discrete time Fourier Series.


43
24.12.2018Mon
No Class
No Class
----------------
44
25.12.2018Tues
Holiday
No Class
CHRISTMAS
45
26.12.2018Wed
Unit-3 Continuous and Discrete time Fourier Transform :Introduction


46
27.12.2018Thurs
Introduction, Representation of Aperiodic signals.


47
28.12.2018Fri
The continuous time Fourier Transform, The Fourier
Transform for periodic signals.


48
29.12.2018Sat
Properties of the continuous time Fourier Transform, The convolution property.


49
31.12.2018Mon
No Class
No Class
----------------
50
01.01.2019Tues
Multiplication property, Systems characterized by linear constant-coefficient differential equations.


51
02.01.2019Wed
Discrete time Fourier Transform, Representation of Aperiodic signals discrete time Fourier Transform.


52
03.01.2019Thurs
Fourier Transform for periodic signals, Properties of the Discrete time Fourier Transform.



53
04.01.2019Fri
The convolution property,
The multiplication property, Duality.



54
05.01.2019Sat
 Systems characterized by linear constant co-efficient differential Equations.


55
07.01.2019Mon
No Class

--------------
56
08.01.2019Tues
Unit-4 Convolution and correlation of signals
Introduction.


57
09.01.2019Wed
System analysis by Convolution.



58
10.01.2019Thurs
Convolution as a superposition of impulse response.



29
11.01.2019Fri
Some Convolution relationships, Graphical interpretation of Convolution.


60
12.01.2019Sat
Holiday
-----------------
SECOND SATURDAY
61
13.01.2019Sun
Holiday
---------------------
BHOGI
62
14.01.2019Mon
Holiday
------------------------
SANKRANTHI
63
15.01.2019Tues
Holiday
-----------------------
KANUMA
64
16.01.2019Wed
Holiday
--------------------------
MUKKANUMA
65
17.01.2019Thurs
Graphical interpretation of Convolution, Convolution of a function with a unit impulse.



66
18.01.2019Fri
Signal comparison, Correlation and Convolution, Some properties of correlation functions.


67
19.01.2019Sat
Correlation functions for
nonfinite energy signals.


68
21.01.2019Mon
No Class
--------------------
----------------
69
22.01.2019Tues
Detection of periodic signals in the presence of Noise by correlation.


70
23.01.2019Wed
Determination of the waveform of a periodic signal masked by noise.

FIRST MID FOR 3RD YEAR
71
24.01.2019THurs
Extraction of a signal from Noise by filtering.


   DO
72
25.01.2019Fri
Continuation.

   DO
73
26.01.2019Sat
Holiday
----------------------
REPUBLIC DAY
74
28.01.2019Mon
No Class
---------------------------
----------------
75
29.01.2019Tue
Unit-5 Laplace Transform
Introduction.


76
30.01.2019Wed
The Laplace Transform, the region of convergence for Laplace Transforms.


77
31.01.2019Thurs
The Inverse Laplace
Transform.


78
01.02.2019Fri
Properties Inverse Laplace
Transform.


79
02.02.2019Sat
Continuation .


80
04.02.2019Mon
Mid Exam
--------------------
FIRST MID FOR 1ST &  2ND YEAR
81
05.02.2019Tues
Mid Exam
---------------------
   DO
82
06.02.2019Wed
Mid Exam
-----------------------
   DO
83
07.02.2019Thurs
Review of last topic.


84
08.02.2019Fri
Properties of Laplace
Transforms.



85
09.02.2019Sat
The initial and Final value theorems.


86
11.02.2019Mon
No Class
--------------------------
----------------
87
12.02.2019tue
Analysis and characterization of LTI systems using the Laplace Transforms.




88
13.02.2019wed
Continuation.


89
14.02.2019thur
Geometrical evaluation of the Fourier transform from the Pole-Zero plot.


90
15.02.2019fri
Continuation of topic.


91
16.02.2019sat
Problems.


92
18.02.2019mon
No Class
---------------------
----------------
93
19.02.2019tue
Problems solving.


94
20.02.2019wed
Unit-6 Sampling Theorem and Z-transform Introduction.


95
21.02.2019thur
continuation


96
22.02.2019fri
Introduction, reconstruction of a signal from its samples using interpolation.


97
23.02.2019sat
Continuation.


98
25.02.2019mon
No Class.
---------------------
----------------------
99
26.02.2019tue
The effect of Undersampling


100
27.02.2019wed
The effect of Undersampling, aliasing.


101
28.02.2019thurs
Discrete time processing of continuous time signals.


102
01.03.2019fri
Discrete time processing of continuous time signals.


103
02.03.2019sat
Sampling of Discrete time signals. The ZTransform.


104
04.03.2019mon
Holiday
No Class
SIVARATHRI
105
05.03.2019tue
Continuation of topic.


106
06.03.2019wed
The Inverse Z-Transform.


107
07.03.2019thurs
Problems solving


108
08.03.2019fri
Problems solving


109
09.03.2019sat
Exercises in prescribed book.


110
11.03.2019mon
No class
-----------------
--------------
111
12.03.2019tues
Geometrical evaluation of the Z-Transform from the Pole-Zero plot.


112
13.03.2019wed
Continuation.


113
14.03.2019thurs
The initial theorems, some common Z-transform pairs.


114
15.03.2019fri
Some common Z-transform pairs.


115
16.03.2019sat
Analysis and characterization of LTI systems using the Z-ransforms


116
18.03.2019mon
No Class
----------------------
----------------
17
19.03.2019tue
System function algebra and block diagram representation.


118
20.03.2019wed
Continuation.


119
21.03.2019thurs
No class

HOLI
120
22.03.2019fri
The unilateral Z-Transform


121
23.03.2019sat
Continuation.


122
25.03.2019mon
Mid Exam
---------------------
SECOND MID FOR 2ND & 3RD YEAR
123
26.03.2019tues
Mid Exam
-----------------------

124
27.03.2019wed
Mid Exam
------------------------

125
28.03.2019thurs
Revision in problems.


126
29.03.2019fri
Revision.


127
30.03.2019sat
Revision in problems.



EDC unit VII notes

EDC VII notes