November 2008
Intermediate to advanced
360 pages
8h 49m
English
INDEX
l∞
l2
CN
RN
C(a, b)
L∞(N)
L∞(Z)
L2(N)
L2(Z)
L2(Z × Z)
L2(a, b)
Mm,n (C)
Mm,n (R)
Aliasing
conjugate
images
Analog-to-digital converter
Approximation
coefficients
two-dimensions
with Haar functions
Basic waveforms
discrete cosine transform
discrete Fourier transform
one-dimensional analog
one-dimensional discrete
two-dimensional analog
two-dimensional discrete
Basis
biorthogonal
Hamel
orthogonal
orthonormal
Blurring
Cascade algorithm
Cauchy-Schwarz inequality
Circulant matrix
Codebook
Codewords
Color
Compact support
Complete set
Compression
JPEG
JPEG 2000
Convolution Theorem
L2(Z)
one-dimensional CN
two-dimensional Mm,n (C)
Convolution
L2(N)
L2(Z)
circular CN
dc component
Denoise
Dequantization
Dequantization map
Detail
coefficients
diagonal
horizontal
two-dimensions
vertical
Digitize
Dilation equation
Dimension
Discrete cosine transform
matrix form
one-dimensional
properties
two-dimensional
Discrete Fourier transform
matrix form
one-dimensional
properties
two-dimensional
Discrete time Fourier transform
Discrete wavelet transform
multistage
two-dimensional
two-dimensional
Distortion, quantifying
Downsampling
Edge detection
Energy
Euler’s identity
Extension
half-point
periodic
whole-point
zero padding
Fast Fourier transform
Filter bank
M-channel
analysis
biorthogonal
multistage
orthogonal
perfect reconstruction
synthesis
two-channel
Filter design
Filter
acausal
adjoint
analysis
antisymmetric
causal
Daubechies
finite impulse response
Haar
halfband
high-pass
Le Gall 5/3
low-pass ...
