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The general identification equation [ edit | edit source ]
S
j
=
1
−
V
−
j
1
−
V
−
C
{\displaystyle S_{j}={\frac {1-{V^{-j}}}{1-V^{-C}}}}
, where:[1]
Sj is the theoretical separatory value per jth characteristic,
C is the number of characteristics in the group,
V is the highest value of logic in the group and
j is the jth characteristic index in the target set, where:
j = 0..K and where:
K is the number of characteristics in the target set.
Minimal number of characteristics to result in theoretical separation [ edit | edit source ]
t
m
i
n
=
log
G
log
V
{\displaystyle t_{min}={\frac {\log G}{\log V}}}
, where:[2]
tmin is the minimal number of characteristics to result in theoretical separation,
G is the number of elements in the bounded class and
V is the highest value of logic in the group.
↑ See page 153, page 167, Fig. 2. & page 175 of the primary reference
↑ See page 157, Primary Schemes footnote of the primary reference