(1) Vn (i, j) = X
n
(i, j) − μ
n
|
-46/49
|
-67/68
|
-69/48
|
-37/59
|
-23/73
|
-43/71
|
-64/60
|
-42/46
|
-5.7/8
|
(2) Vn (i, j) = X
n
(i, j)/max{max{X
n
(i, j)}}
|
0.01/1
|
0.01/1
|
0.01/1
|
0.01/1
|
0.01/1
|
0.01/1
|
0.01/1
|
0.01/1
|
0.01/1
|
(3) Vn (i, j) = X
n
(i, j)/max{X
n
(i, j)}
|
0.01/1
|
0.01/1
|
0.01/1
|
0.01/1
|
0.01/1
|
0.01/1
|
0.01/1
|
0.02/1
|
0.24/1
|
(4) Vn (i, j) = X
n
(i, j)/σ
n
|
0.04/2
|
0.02/2
|
0.04/2
|
0.06/2
|
0.04/3
|
0.03/3
|
0.02/2
|
0.1/23
|
0.6/51
|
(5) Vn (i, j) = log2(Xn(i, j)) − log2(μn)
|
-4.6/1
|
-6/1.7
|
-5.3/1
|
-4/1.3
|
-4.3/2
|
-4.6/2
|
-4.8/1
|
-4.4/1
|
-1/0.7
|
(6) Vn (i, j) =
|
0.1/7
|
0.1/7
|
0.08/7
|
0.09/7
|
0.08/7
|
0.09/7
|
0.09/7
|
0.23/7
|
0.1/7.
|
(7) Vn (i, j) =
|
-1.1/1
|
-1.1/1
|
-1.8/1
|
-1/1.7
|
-0.7/2
|
-1.3/2
|
-1.5/1
|
-1.8/1
|
-1.4/1
|