Learn · Two-Dimensional Signal Processing: Principles and Practices
Lecture 51 of 66Week 10
Image Enhancement – Part III
Prof. P. Sumathi · IIT Roorkee
Credits and licence
- From
- Two-Dimensional Signal Processing: Principles and Practices, IIT Roorkee (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
- Who can watch
- Tweens profiles and older. How courses are placed
All the lectures
- Signal Processing Overview: Fundamentals of 1-D Signals – Part 1
- Signal Processing Overview: Fundamentals of 1-D Signals – Part 2
- Signal Processing Overview: Fundamentals of 1-D Signals – Part 3
- Signal Processing Overview: Fundamentals of 1-D Signals – Part 4
- Signal Processing Overview: 2-D Signals
- 2-D Signals – Part 2
- 2-D Convolution
- 2-D Systems - Part 1
- 2-D Systems - Part 2
- Signal Processing Overview: MATLAB Codes
- 1-D Sampling
- 1-D Sampling and 2-D Sampling
- 2-D Fourier Analysis: 2-D DSFT
- 2-D Fourier Analysis: 2-D DTFS
- 1-D and 2-D Fourier Analysis: MATLAB Codes
- 1-D Discrete Fourier Transform
- 2-D DFT
- Overlap Add and Overlap Save Methods
- 1- D FFT
- 2-D FFT
- Discrete Cosine Transform (DCT)
- Image Transforms: DST
- Image Transforms: Hadamard Transform
- Image Transforms: Implementation – Part 1
- Image Transforms: Implementation – Part 2
- Lab 1: MATLAB Implementation of Linear Convolution, Circular Convolution, 1-D DCT, and 2-D DCT
- Z- Transform: 1 - D
- z - Transform: 2-D
- z – Transform: 2-D – Part 1
- z – Transform: 2-D – Part 2
- LCCDE: 2-D
- Finite Impulse Response Filters: 1-D Filters
- 2-D FIR Filters – Part 1
- 2-D FIR Filters – Part 2
- 2-D FIR Filters – Part 3
- 2-D FIR Filters – Implementation
- 1-D Infinite Impulse Response Filters – Part 1
- 1-D Infinite Impulse Response Filters – Part 2
- 2-D Infinite Impulse Response Filters- Part 1
- 2-D Infinite Impulse Response Filters- Part 2
- 2-D Infinite Impulse Response Filters- Part 3
- Lab 02: MATLAB Implementation - 1-D DFT, and 2-D DFT
- Lab 03: MATLAB Implementation - Design of 2-D FIR Filters, and 2-D IIR Filters
- Digital Image Processing - Part 1
- Digital Image Processing – Part 2
- Digital Image Processing – Part 3
- Digital Image Processing – Part 4
- Digital Image Processing – Part 5
- Image Enhancement – Part I
- Image Enhancement – Part II
- Image Enhancement – Part III
- Image Enhancement – Part IV
- Edge Detection
- Image Segmentation: Part -1
- Image Segmentation: Part - 2
- Image Segmentation: Part - 3
- Image Segmentation: Part - 4
- Image Filtering
- Image Coding
- Image Coding: Code Word Assignment
- Image Coding: Waveform Coders
- Image Coding – Transform Coders
- Image Coding – Image Model Coding and JPEG
- Lab 04: LabVIEW Implementation- Image Processing, Convolution and Edge Detection
- Lab 05: LabView Implementation: Part II- Real Time Processing, Convolution and Edge Detection
- Lab 06: Altera FPGA Board Implementation: Real Time Image Processing, Convolution and Edge Detection