09:11
Spectral Aliasing upon Sampling
09:00
Analysis of continuous time LTI Systems with Laplace Transforms
19:40
Laplace Transform
10:56
Analysis of LTI Systems with Fourier Transforms
15:22
Logical Operators and Conditional Statements
37:51
Fourier Transforms with Properties
20:19
Arrays in C
16:33
Properties of Fourier Transform
15:41
Continuous Time Fourier Transform
29:27
User Defined Function in C
19:47
Fourier Series of a Ramp Signal
31:27
Basic I/O Operation
15:06
More Simple C Programs
29:49
Overview of Fourier Series
27:42
Overview of C Programming
11:58
Correlation between Signals
03:33
Modeling Continuous Time LTI Systems with Differential Equations
09:47
Solution of Difference Equation
13:04
Discrete LTI Systems, Modeled with Difference Equations
05:08
Sampling theorem --revisited
08:21
Orthogonality of signals
13:40
Discrete Convolution
14:09
Convolution Integral
16:16
Further classification of systems
06:55
Output of LTI systems
26:50
Linear Time Invariant Systems
19:07
Classification of signals
09:20
Useful Discrete Signals
07:16
Frequency of Discrete Signals
08:19
Discrete Time Signals from Continuous Time Signals with Sampling
15:09
Elementary Continuous Signals and Operations
09:24
Continuous Time Signals and Frequency
15:25
Overview of Signals and Systems
12:14
Correlation Receiver
11:55
Pseudo Noise Sequences
07:52
Frequency Hopped Spread Spectrum
03:57
Probability of Error and Jamming Margin
18:24
Analysis of SS-BPSK
04:29
SS-BPSK System
12:41
Overview of Spread Spectrum Communication
09:59
Differential Phase Shift Keying
07:06
Binary Frequency Shift Keying
15:25
QPSK Transmitter and Receiver
16:49
Quadrature Phase Shift Keying
17:46
BPSK Transmitter and Receiver
23:08
Binary Phase Shift keying
13:47
Digital Modulation Schemes
08:17
Need for Digital Modulation
20:37
Matched Filter Receiver
12:19
Signal Design with Controlled ISI
37:32
Inter Symbol Interference
09:33
Probability of Error
13:25
Optimum Detection and Maximum Likelihood Receiver
24:32
Practical A and mu law companders
20:18
Gram-Schmidt procedure
11:55
Delta modulator
07:48
Differential Pulse Code MOdulation
23:16
Nonuniform Quantization and A-Law and mu-Law Companding
07:46
Spectral Aliasing
27:06
Introduction to Source Coding and Pulse Code Modulation
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