Digital Image Processing

Digital Image Processing

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Lecture Details

Lecture 1: Course Overview
Lecture 2: Tomography
Lecture 3: Reconstruction of 2-D Signals from Partial Fourier Information
Lecture 4: Detour into Numerical Analysis
Lecture 5: Reconfiguration of M-D Signals From Zero Crossings
Lecture 6: Filters (LSI System)
Lecture 7: How to Choose B.C. for 2D D.L.C.C.D.E.
Lecture 8: Computing DFT
Lecture 9: Filter Specs
Lecture 10: Example of 2D FIR
Lecture 11: 2D Filter Design Using Transformation
Lecture 12: Human Visual System
Lecture 13: Image Enhancement
Lecture 14: Mathematical Aspects/Derivation of Histogram Equalization
Lecture 15: Local Enhancements Using Local Histogram Analysis
Lecture 16: Image Enhancements
Lecture 17: Image Restoration
Lecture 18: Image Restoration continued
Lecture 19: Restoration
Lecture 20: Image Restoration (con't)
Lecture 21: Image Restoration: Deblurring
Lecture 22: Image Restoration (con't)
Lecture 23: Image Coding
Lecture 24: Image Compression
Lecture 25: DPCM
Lecture 26: Discrete Cosine Transform and it's Use in Image Compression
Lecture 27: DCT, JPEG
Lecture 28: Multiresolution Coding: Pyramid, Subband, Wavelet