Description: Digital Signal Processing
Curriculum
- 1 Section
- 33 Lessons
- 10 Weeks
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- Digital Signal Processing33
- 2.1Discrete Time Signal & System Part 1
- 2.2Discrete Time Signal & System Part 2
- 2.3Frequency Domain Representation of Discrete Signals
- 2.4Z-Transform Part 1
- 2.5Z-Transform Part 2
- 2.6Solution of Difference Equation
- 2.7Relation Between Discrete Time & Continuous Signals
- 2.8Discrete Fourier Transform (DFT) Part 1
- 2.9Discrete Fourier Transform (DFT) Part 2
- 2.10Discrete Fourier Transform (DFT) Part 3
- 2.11State Space Representation
- 2.12Filters Introduction
- 2.13FIR Filters Part 1
- 2.14FIR Filters (Contd.) Introduction to IIR Filters
- 2.15IIR Filters Part 1
- 2.16IIR Filters Part 2
- 2.17IIR Filters Part 3
- 2.18Computer Aided Design of Filters Part 1
- 2.19Computer Aided Design of Filters Part 2
- 2.20FFT & Computer Aided Design of Filters
- 2.21Introduction to Lattice Filter Part 1
- 2.22Introduction to Lattice Filter Part 2
- 2.23Effects of Quantization Part 1
- 2.24Effects of Quantization Part 2
- 2.25Effects of Quantization Part 3
- 2.26Effects of Quantization Part 4
- 2.27Random Signals
- 2.28Relationship Between Real & Imaginary Parts of DTFT Part 1
- 2.29Relationship Between Real & Imaginary Parts of DTFT Part 2
- 2.30Relationship Between Real & Imaginary Parts of DTFT Part 3
- 2.31Multi Rate Signal Processing Part 1
- 2.32Multi Rate Signal Processing Part 2
- 2.33Polyphase Decomposition
