Notations

Spaces, sets

 

notation-4 space dimension
notation-5 real d-dimensional vector space
notation-6 integer d-dimensional vector space
notation-7 compact interval in notation-1
notation-8 discrete interval in notation-2 or notation-3
notation-9 boolean set
notation-10 set of n first natural integers
notation-11 set of ba integers connecting from a to b – 1
Functional notations

 

notation-12 set of applications XY
notation-13 set of tables or maps on domain X (discrete) with
values in Y
f(b) value of the function f in b
notation-14 value of the sample b of the map/table t
notation-14 integer part (the nearest inferior integer) in x
notation-14 nearest superior integer to x
notation-15 fractional part of x
[x] the nearest integer to x: by convention,
if x = k + 0.5 with notation-16
notation-17
Objects

 

i, j, k, l, m, n integer numbers
x, y, z coordinates (integer or real)
t, u, v, λ, μ real numbers
D, Δ real lines
P, Π real planes
v, w vectors
A, B, C, … points in the real affine space notation-12 or notation-13
AB bi-point vector ranging from A to B
M, A, B matrices
R, T rotation and translation matrices
f, g, h applications, functions
Φ, Ψ operators on other sets notation-1d, notation-2d
notation-18 rotation and translation function
G, Γ graphs
notation-19 angles
ε threshold
Digital images

 

notation-20 d-dimensional signal indexation domains
or spaces with a size of notation-21
notation-3d
notation-22 for d = 2[3] we will use the numbers
of columns, lines and planes by default
notation-23
notation-24 pixel position (d = 2) or voxel position
(d =3) within the indexation domain
notation-25 scalar spaces of digital values
for sample components. The
notation-26 correspond
to the number of bits used for coding real
values (notation-1) or integer values (notation-2 or notation-3)
notation-27 generic vectoral space for samples’ digital
multi-component value
notation-28 2D or 3D signal (image or volume)
table or map of values in ε indexed by notation-29
notation-30 the signal sample S in position notation-31
Neighborhoods

 

notation-32 d-dimensional shape, set of vectors notation-33
coding the positions of each point in the
shape in relation to the reference point
notation-34 neighborhood in the shape notation-35 placed in notation-36
notation-29 : translated of notation-35 in or by p
notation-37 neighborhood in the shape notation-38
truncated by notation-29

Multiviews

A set of N signals (known as views within the context of this book) of the same dimensions d and sizes notation-39 will both be considered as a table of N signals notation-40 and as a signal with a superior dimension of notation-41

notation-42 global indexation space of a set of
N views (images or volumes) with a dimension
of d
notation-43 multi-signal,
N views indexed by notation-29 with values in ε
notation-44 digital view number notation-45 d-dimensional
signal
notation-46 multiview sample index:
position notation-47 and digital image notation-48
notation-49 different expressions shown as equivalents
to reach the value in ε for the sample
in position p in the view i from notation-50
the last (double level indice) should be avoided
..................Content has been hidden....................

You can't read the all page of ebook, please click here login for view all page.
Reset