Digital Signal Processing (Hindi)

   Saturday, May 16, 2020   

Starting a new Lecture Notes Series on Digital Signal Processing

Youtube Lecture Playlist Credits 

Channel Name: Naresh Joshi

Faculty Name: Naresh Joshi Sir

So Let Us Start to This Journey of Learning Digital Signal Processing

By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: How to Pass / Clear DTSP/ DSP

Lecture 2: Problem on Design of FIRFilter using Frequency Sampling method

Lecture 3: Design steps of FIR Filter Using Frequency Sampling Technique

Lecture 4: Problem on Design of FIR Filter using Window

Lecture 5: Basic & Design Steps of FIR Filter using window

Lecture 6: Problem on Design of Chebyshev Digital IIR Filter

Lecture 7: Design of Chebyshev Digital IIR Filter

Lecture 8: Problem on Design of Butterwoth Digital IIR Filter

Lecture 9: Problem on Design of Butterworth Digital IIR Filter

Lecture 10: Best Design Steps of Butterworth Digital IIR Filter

Lecture 11: Problem on Bilinear Transformation Technique (BLT)

Lecture 12: Problem on Impulse Invariance Method (IIM)

Lecture 13: Problem on Impulse Inavriance Method(IIM)

Lecture 14: Introduction of Digital Filter

Lecture 15: Part 22 How to solve IFFT for N=8

Lecture 16: Part 21 Problem on DITFFT algorithm (N=8)

Lecture 17: Part 20- Decimation in Frequency FFT (DIFFFT) for N = 8

Lecture 18: Part 19 Inverse Fast Fourier Trasdorm (IFFT)

Lecture 19: Part 18 Decimation in Frequency Fast Fourier Transform(DIFFFT)

Lecture 20: Part 17 Problem on Fast Fourier Transform :DITFFT

Lecture 21: Part 16 Fast Fourier Transform(FFT) : DITFFT, DIFFFT, IFFT

Lecture 22: Part 15-Linear Convolution by CircularConvolution

Lecture 23: Part 14-Circular Convolution using DFT&IDFT

Lecture 24: Part-13Circular convolution by Matrix Method

Lecture 25: Part-12 Problem Circular Convolution by graphical method

Lecture 26: Part-11 Linear Convolution

Lecture 27: Part-10 Numerical on DFT using Matrix Method

Lecture 28: Part-9 Numerical of DFT using matrix Method

Lecture 29: Part-8 Numerical on DFT (Discrete FourierTransform)

Lecture 30: Part-7 Discrete Fourier Transform, DTFT V/s DFT

Lecture 31: Part-6 Transform Analysis of LTI System

Lecture 32: Part-5 Minimum, Maximum & Mixed Phase System

Lecture 33: Part-4 Frequency Response of LTI System

Lecture 34: Part-3 LTI system as Frequency Selective filter

Lecture 35: Part 2 Problem on LTI system, Transfer function, Frequency Response,

Lecture 36: Part 1Discrete Time Signal Processing /Digital Signal Processing

Lecture 37: Direct Form-I & Direct Form-II with short trick

Lecture 38: Cascade Realization/ Structure of IIR System

Lecture 39: Parallel structure/Realization of IIR System

Lecture 40: Composite Radix or FFT of DITFFT for N=6

Lecture 41: Numerical on DITFFT N=6 (Composite Radix / FFT )

Lecture 42: Lattice Realization Basics & formula

Lecture 43: Numerical Lattice realization of FIR filter

Lecture 44: Numerical Lattice Realization of IIR filter

Lecture 45: Numerical Overlapped save method

Lecture 46: How to Decide Integration limit for Different FIR filters

Lecture 47: DSP / DTSP: Numerical on DIFFFT with all concepts Part 47(Video No.1)

Lecture 48: DSP / DTSP: Numerical on DIFFFT with all concepts Part 47(Video No.2)

Lecture 49: FIR Filter Realization & Types - Direct Form Realization / Structure

Lecture 50: Numerical Linear Phase FIR System realization /Structure

Lecture 51: Linear Phase FIR System Realization / Structure (Odd)

Lecture 52: Numerical on Cascade realization/structure FIR system

Lecture 53: Cascade Realization /Structure with Linear Phase FIR System

Lecture 54: Multirate Digital Signal Processing