Digital Signal Processing Reference
In-Depth Information
MATLAB:
Mathematical Advanced Toolkit Laboratory
Met:
Methionine
m-Ins:
Myoinositol
MPA:
Matrix Pade approximant
MR:
Magnetic resonance
MRI:
Magnetic resonance imaging
MRS:
Magnetic resonance spectroscopy
MRSI:
Magnetic resonance spectroscopic imaging
NAA:
N-Acetyl Aspartate
N/D:
Numerator/Denominator
NMR:
Nuclear magnetic resonance
ODE:
Ordinary difference equation
O∆E:
Ordinary differential equation
OPA:
Operator Pade approximant
PA:
Pade approximant
PAm:
Polyamine
PCho:
Phosphocholine
PD:
Product-difference
PCr:
Phosphocreatine
PE:
Phosphoethanolamine
PET:
Positron emisson tomography
Poles of the FPT
(+)
pFPT
(+)
:
Poles of the FPT
(
−
)
pFPT
(
−
)
:
PLA:
Pade-Lanczos approximant
PLCO:
Prostate, Lung, Colorectal and Ovarian
ppm:
parts per million
PSA:
Prostate specific antigen
PzT:
Pade z-transform
QD:
Quotient-difference
QED:
That which was set to prove
rhs:
right-hand side
RMS:
Root mean square
ROPEM:
Recursive orthogonal polynomial expansion method
RT:
Radiation therapy
s-Ins:
Scylloinositol
SCS:
Statistical classification strategy
SD:
Standard deviation
SNR:
Signal to noise ratio
SNS:
Signal-noise separation
SPECT:
Single photon emission computerized tomography
ST:
Shank Transform
SVD:
Singular value decomposition
Tau:
Taurine
TE:
Echo time
Thr:
Threonine
TOCSY:
Total correlation spectroscopy
TR:
Repetition time
TROSY:
Transverse relaxation-optimized spectroscopy
TRUS:
Transurethral ultrasound
TVUS:
Transvaginal ultrasound
US:
Ultrasound
Val:
Valine
VARPRO:
variable projection method
ww:
Wet weight
Zeros of the FPT
(+)
zFPT
(+)
:
zFPT
(
−
)
:
Zeros of the FPT
(
−
)
1D:
One-dimensional
2D:
Two-dimensional
3D:
Three-dimensional
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