March, 2005
Toshinori
Munakata, "Fundamentals of the New Artificial Intelligence: Beyond
Traditional Paradigms," Springer-Verlag, 1998
Page Number and Location Original Correction
18, before eq. for Dwij(n) To
make wij(n) To
make Dwij(n)
22, Fig. 2.9 (Delete
the bottom line from each input-layer neuron to znh+1)
24, Line 15 5
´ 4 6
´ 5
53, Line -6 Vik
is: Vik = 0 if no queen, Vij
is: Vij = 0 if no queen,
at
square ik, Vik = 1 otherwise. at square ij, Vij =
1 otherwise.
53, Line -5 to 54, Line 12 (Interchange terms "row" and
"column")
54, Lines 2, 6, 15, 16 Vik Vij
54, Line 12 Vi,j Vij
55, Line 3 Viℓ Vjℓ
57, Table Position City
58, Lines 15, 16, 17 Vxi VXi
59, Line 6 uYi uXi
94, Line 7 schemata schema
94, Line -6 schema schemata
116, Lines, 8, 14 k-ary
fuzzy fuzzy
k-ary
119, Line 12 |
u u
127, second line after the table E = NB DE = NB
147, Lines 22-23 Blood
Pressure Problems Blood
Pressure
150, Fig. 6.4b S(X) (add
a bar on the top of "S")
152, middle equation P|Xi
∩
Yj| |Xi
∩
Yj|
162, Line -5 S
= (u, S
= (U,
175, Line -9 [(3/6)log(3/6) -[(3/6)log(3/6)
176, Line -13 0.450 0.636
176, Line -11 0.450
= 0.521 0.636
= 0.335
180, Line 11 : ;
215, Line 5 r¥ r
215, Fig. 7.18(a) ¥ x¥
231 schemata
theorem schema
theorem
Cover design (Second
"A" from right in green should look as Iteration 2 of Fig. 3.1 (b),
p. 43)