Modules / Lectures


Sl.No Chapter Name MP4 Download
1Lecture 01 : IntroductionDownload
2Lecture 02 : Signal and its TypesDownload
3Lecture 03 : Characteristics of a SignalDownload
4Lecture 04 : Digitization of SignalDownload
5Lecture 05 : Digitization of Signal(Continued)Download
6Lecture 06 : Concept of Frequency in Continuous-time and Discrete-time SignalDownload
7Tutorial 1Download
8Lecture 07 : Discrete Time SignalDownload
9Lecture 08 : Discrete Time SystemDownload
10Lecture 09 : D.T.S (L.T.I System)Download
11Lecture 10 : Linear Time-Invariant Systems(Continued)Download
12Lecture 11 : CorrelationDownload
13Tutorial 02Download
14Lecture 12 : Z - TransformDownload
15Lecture 13 : Z - Transform PropertiesDownload
16Lecture 14 : Pole and Zero in Z - TransformDownload
17Lecture 15 : Inverse Z - TransformDownload
18Lecture 16 : Frequency-Domain Representation of Discrete Signals and L.T.I SystemsDownload
19Lecture 17 : Discrete Fourier Transform (DFT)Download
20Lecture 18 : Discrete Fourier Transform Linear Transform ViewDownload
21Lecture 19 : Discrete Fourier Transform Linear Transform View (Continued)Download
22Lecture 20 : Properties of Discrete Fourier TransformDownload
23Lecture 21 : Properties of Discrete Fourier Transform (Contd.)Download
24Lecture 22 : Properties of Discrete Fourier Transform (Contd.)Download
25Lecture 23 : Properties of Discrete Fourier Transform (Contd.)Download
26Lecture 24 : Linear FilteringDownload
27Tutorial 5Download
28Lecture 25 : Two Dimensional Discrete Fourier TransformDownload
29Lecture 26 : Discrete Cosine TransformDownload
30Lecture 27 : Frequency analysis of long signal using DFTDownload
31Lecture 28 : Short-Time Fourier Transform (STFT)Download
32Lecture 29 : STFT SynthesisDownload
33Lecture 30 : Fast Fourier Transform (FFT) AlgorithmsDownload
34Lecture 31 : Fast Fourier Transform (FFT) Algorithms (Contd.)Download
35Lecture 32 : Radix-2 FFT AlgorithmsDownload
36Lecture 33 : Radix-2 FFT Algorithms (Contd.)Download
37Lecture 34 : Spectrum and spectrogramDownload
38Lecture 35 : Digital FilterDownload
39Lecture 36 : FIR FilterDownload
40Lecture 37 : Linear Symmetric & Anti-symmetric filterDownload
41Lecture 38 : FIR Filter DesignDownload
42Lecture 39 : Frequency Sampling MethodDownload
43Lecture 40 : Design Optimum equiripple Linear-Phase FIR Filters (optimization methods)Download
44Lecture 41 : Infinite Impulse Response (IIR) FiltersDownload
45Lecture 42 : Traditional Analog Filter DesignDownload
46Lecture 43 : Chebyshev filter Design MethodDownload
47Lecture 44 : Analogue filter to digital filter transformationDownload
48Lecture 45 : Linear Prediction and Optimum Linear FiltersDownload
49Lecture 46 : Autocorrelation Method for Linear PredictionDownload
50Lecture 47 : Covariance Method for Linear PredictionDownload
51Lecture 48 : Lattice Formulations of Linear PredictionDownload
52Lecture 49 : Lattice Formulations of Linear Prediction (Contd..)Download
53Lecture 50 : Introduction to Multirate Signal ProcessingDownload
54Lecture 51 : Analysis of Decimation and InterpolationDownload
55Lecture 52 : Fractional Rate ConversionDownload
56Lecture 53 : Implementations of Decimator and InterpolatorDownload
57Lecture 54 : Sample Rate Conversion by StagesDownload
58Lecture 55 : Power Spectrum EstimationDownload
59Lecture 56 : Power Spectrum Estimation (Contd.)Download
60Tutorial 12 : Tutorial for Final ExaminationDownload

Sl.No Chapter Name English
1Lecture 01 : IntroductionPDF unavailable
2Lecture 02 : Signal and its TypesPDF unavailable
3Lecture 03 : Characteristics of a SignalPDF unavailable
4Lecture 04 : Digitization of SignalPDF unavailable
5Lecture 05 : Digitization of Signal(Continued)PDF unavailable
6Lecture 06 : Concept of Frequency in Continuous-time and Discrete-time SignalPDF unavailable
7Tutorial 1PDF unavailable
8Lecture 07 : Discrete Time SignalPDF unavailable
9Lecture 08 : Discrete Time SystemPDF unavailable
10Lecture 09 : D.T.S (L.T.I System)PDF unavailable
11Lecture 10 : Linear Time-Invariant Systems(Continued)PDF unavailable
12Lecture 11 : CorrelationPDF unavailable
13Tutorial 02PDF unavailable
14Lecture 12 : Z - TransformPDF unavailable
15Lecture 13 : Z - Transform PropertiesPDF unavailable
16Lecture 14 : Pole and Zero in Z - TransformPDF unavailable
17Lecture 15 : Inverse Z - TransformPDF unavailable
18Lecture 16 : Frequency-Domain Representation of Discrete Signals and L.T.I SystemsPDF unavailable
19Lecture 17 : Discrete Fourier Transform (DFT)PDF unavailable
20Lecture 18 : Discrete Fourier Transform Linear Transform ViewPDF unavailable
21Lecture 19 : Discrete Fourier Transform Linear Transform View (Continued)PDF unavailable
22Lecture 20 : Properties of Discrete Fourier TransformPDF unavailable
23Lecture 21 : Properties of Discrete Fourier Transform (Contd.)PDF unavailable
24Lecture 22 : Properties of Discrete Fourier Transform (Contd.)PDF unavailable
25Lecture 23 : Properties of Discrete Fourier Transform (Contd.)PDF unavailable
26Lecture 24 : Linear FilteringPDF unavailable
27Tutorial 5PDF unavailable
28Lecture 25 : Two Dimensional Discrete Fourier TransformPDF unavailable
29Lecture 26 : Discrete Cosine TransformPDF unavailable
30Lecture 27 : Frequency analysis of long signal using DFTPDF unavailable
31Lecture 28 : Short-Time Fourier Transform (STFT)PDF unavailable
32Lecture 29 : STFT SynthesisPDF unavailable
33Lecture 30 : Fast Fourier Transform (FFT) AlgorithmsPDF unavailable
34Lecture 31 : Fast Fourier Transform (FFT) Algorithms (Contd.)PDF unavailable
35Lecture 32 : Radix-2 FFT AlgorithmsPDF unavailable
36Lecture 33 : Radix-2 FFT Algorithms (Contd.)PDF unavailable
37Lecture 34 : Spectrum and spectrogramPDF unavailable
38Lecture 35 : Digital FilterPDF unavailable
39Lecture 36 : FIR FilterPDF unavailable
40Lecture 37 : Linear Symmetric & Anti-symmetric filterPDF unavailable
41Lecture 38 : FIR Filter DesignPDF unavailable
42Lecture 39 : Frequency Sampling MethodPDF unavailable
43Lecture 40 : Design Optimum equiripple Linear-Phase FIR Filters (optimization methods)PDF unavailable
44Lecture 41 : Infinite Impulse Response (IIR) FiltersPDF unavailable
45Lecture 42 : Traditional Analog Filter DesignPDF unavailable
46Lecture 43 : Chebyshev filter Design MethodPDF unavailable
47Lecture 44 : Analogue filter to digital filter transformationPDF unavailable
48Lecture 45 : Linear Prediction and Optimum Linear FiltersPDF unavailable
49Lecture 46 : Autocorrelation Method for Linear PredictionPDF unavailable
50Lecture 47 : Covariance Method for Linear PredictionPDF unavailable
51Lecture 48 : Lattice Formulations of Linear PredictionPDF unavailable
52Lecture 49 : Lattice Formulations of Linear Prediction (Contd..)PDF unavailable
53Lecture 50 : Introduction to Multirate Signal ProcessingPDF unavailable
54Lecture 51 : Analysis of Decimation and InterpolationPDF unavailable
55Lecture 52 : Fractional Rate ConversionPDF unavailable
56Lecture 53 : Implementations of Decimator and InterpolatorPDF unavailable
57Lecture 54 : Sample Rate Conversion by StagesPDF unavailable
58Lecture 55 : Power Spectrum EstimationPDF unavailable
59Lecture 56 : Power Spectrum Estimation (Contd.)PDF unavailable
60Tutorial 12 : Tutorial for Final ExaminationPDF unavailable


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2BengaliNot Available
3GujaratiNot Available
4HindiNot Available
5KannadaNot Available
6MalayalamNot Available
7MarathiNot Available
8TamilNot Available
9TeluguNot Available