filmov
tv
Discrete Time Convolution problem 1 [ Graphical & Matrix methods ]
Показать описание
In this lecture the process of calculating convolution of two discrete time signals is explained in details.
There are following three methods of calculating convolution:
Graphical method
Matrix Method
Tabular method
Graphical method and Matrix method are discussed in this lecture.
Graphical method is a conventional method which is long but easy while matrix method is very simple and easy method but it is convenient to apply only on signals in which number of nonzero values are small (generally below 6).
To explore more lectures of signals and systems please visit following playlist:
To learn Time shifting and Time reversal of a signal:
There are following three methods of calculating convolution:
Graphical method
Matrix Method
Tabular method
Graphical method and Matrix method are discussed in this lecture.
Graphical method is a conventional method which is long but easy while matrix method is very simple and easy method but it is convenient to apply only on signals in which number of nonzero values are small (generally below 6).
To explore more lectures of signals and systems please visit following playlist:
To learn Time shifting and Time reversal of a signal:
0:10:10
Discrete Time Convolution Example
0:15:10
Discrete Time Convolution
0:38:00
Discrete Time Convolution problem 1 [ Graphical & Matrix methods ]
0:09:52
Discrete Time Convolution 1
0:33:07
Problem 1 Based on Discrete Time Convolution | Signals and Systems
0:13:01
Convolution (Solved Problem 1)
0:09:07
Discrete Time Convolution (Tabular Method)
0:07:49
Method to Find Discrete Convolution
0:00:21
Convolution Tricks || Discrete time System || @Sky Struggle Education ||#short
0:06:35
Discrete Convolution Problem 2|| KTU S4 ECE Signals and Systems MODULE2||EC202
0:20:16
Discrete Time Convolution || Example 2.4 || S&S 2.1.2(2)(English) (Oppenheim)
0:32:06
Problems on discrete time convolution
0:22:33
Convolution sum of two discrete time step signals.
0:12:22
Problem 1 Based on Continuous Time Convolution | Signals and Systems
0:12:24
#110 Solved problems -2 on Convolution Sum || EC Academy
0:16:58
#109 Solved problems -1 on Convolution Sum || EC Academy
0:12:45
DT Convolution-Simple Example Part 1
0:12:18
Discrete Time Convolution || End Ch Q 2.3 || S&S 2.1(English)(Oppenheim)
0:28:50
Continuous-Time Convolution 1
0:15:19
Graphical Evaluation of Discrete-Time Convolution
0:08:14
Example of Graphical Discrete-Time Convolution
0:29:04
Chapter 02 Part 1: Impulse Response and Convolution for Discrete Time Systems
0:15:21
DT Convolution || || End Ch Question 2.1(a, b, c) || How to Compute and Plot || (English)
0:08:12
Discrete Time Convolution 2
Комментарии