User`s guide

I-1
Index
Symbols
f (linear frequency). See frequencies
f
nyq
(Nyquist frequency). See frequencies
F
s
(sample frequency or rate)
See sample periods
M (frame size). See frame sizes and matrices
M
i
(input frame size). See frame sizes
M
o
(output frame size). See frame sizes
N (number of channels)
See sample vectors and matrices
ω (digital frequency). See frequencies
Ω (angular frequency). See frequencies
Ω
p
(passband edge frequency)
See edge frequencies
Ω
p1
(lower passband edge frequency)
See edge frequencies
Ω
p2
(upper passband edge frequency)
See edge frequencies
Ω
s
(stopband edge frequency)
See edge frequencies
Ω
s1
(lower stopband edge frequency)
See edge frequencies
Ω
s2
(upper stopband edge frequency)
See edge frequencies
R
p
(passband ripple). See passband ripple
R
s
(stopband attenuation)
See stopband attenuation
T (signal period). See periods
T (tunable parameter). See tuning parameters
T
f
(frame period). See frame periods
T
fi
(input frame period). See frame periods
T
fo
(output frame period). See frame periods
T
s
(sample period). See sample periods
T
si
(input sample period). See sample periods
T
so
(output sample period). See sample periods
Numerics
0s
inserting 5-200, 5-207, 5-484
outputting
Counter block 5-105
Discrete Impulse block 5-138
Integer Delay block 5-244
N-Sample Enable block 5-325
Signal From Workspace block 5-388, 5-457
padding with 3-27, 3-31
1s, outputting 5-325
2-norm 5-405
A
acquiring data, blocks for 5-10
adaptive filter designs
blocks for 1-4
FIR 5-268
Kalman 5-249
LMS 5-268
RLS 5-375
adaptive filters 4-3
Adaptive Filters library 5-9
addition, cumulative 5-116
algebraic loop errors 3-92
algorithmic delay 3-86
adjustable 3-90
and initial conditions 3-90
basic 3-89
excess 3-91
relation to latency 3-91
zero 3-87
Analog Filter Design block 4-7, 5-23
analog filter designs 5-23, 5-24
See also filter designs, continuous-time