WCCI '94 (1st World Conference on Computational Intelligence) $BJs9p(B
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RWCP $B%K%e!<%i%k%7%9%F%`8&5f<$B6bED!!BY(B
Written as plain text: 94-7-?.
Rewritten by HTML: 95-10-31, Updated: 95-10-31.
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[RWCP $B%[!<%`%Z!<%8(B],
[$B6bED$N%[!<%`!&%Z!<%8(B]
[$B?F%Z!<%8(B].
$B9<35(B
1994 $BG/(B 6 $B7n(B 26 $BF|(B $B!A(B 7 $B7n(B 2 $BF|$K(B Walt Disney World Dolphin Hotel
(Orlando, Florida, USA) $B$K$*$$$F(B WCCI '94 $B$rD09V$7$?!%(BWCCI $B$O(B
Fuzz-IEEE (International Confernce on Fuzzy Systems), ICEC
(International Conference on Evolutionary Computation) $B$*$h$S(B ICNN
(International Conference on Neural Networks) $B$H$$$&(B 3 $B$D$N3X2q$r$"$o(B
$B$;$?$b$N$G$"$j!$:#2s$,Bh(B 1 $B2s$G$"$k(B ($B1. WCCI '94 $B$N35MW(B
Tutorials, 18 $B7o(B (6/26 $B$*$h$S(B 6/29)
$B:#2s$O(B tutorial $B$OD09V$7$J$+$C$?!%(B
Public Lectures, 3 $B7o(B
3 $B7o$9$Y$F$rD09V$7$?!%(B
- Lofti Zadeh: Fuzzy Logic: Issues, Contentions and Perspectives
(6/26 18:15-19:15).
- Hans-Paul Schwefel: The Evolution of Evolutionary Computation
(6/27 18:15-19:15).
- Steven K. Rogers: How Captain Amerika uses Neural Networks to
Fight Crime (6/30 18:15-19:15).
Plenary Talks, 10 $B7o(B
10 $B7o$N$&$A$D$.$N(B 6 $B7o$rD09V$7$?!%(B
- Kenneth DeJong: Genetic Algorithms: A 25 Year Perspective.
- Henri Prade: Similarity-Based Approximate Reasoning.
- Lawrence Fogel, Ph. D.: Evolutionary Programming in
Perspective.
- Hamid Berenji: Fuzzy Systems that Can Learn.
- James C. Vezdek: What is Computational Intelligence.
- Toshio Fukuda: Fuzzy-Neuro-GA Based Intelligent Robotics.
Concurrent Minisymposia, $BH/I=(B 30 $B7o(B
6/27 $B$+$i(B 7/1 $B$^$G$NKhF|(B 11:30(IP(B12:20 $B$N$"$$$@$K!$(B3 $B$D$N%H%i%C%/$K(B
$B$o$+$l$F$R$i$+$l$?!%$D$.$N(B 6 $B7o$rD09V$7$?!%(B
- 6/27 Track 1: Evolutionary Computation for Optimization
- Lawrence Davis: Genetic Algorithms for Optimization: Three Case
Studies.
- Bernard Manderick: How to Improve GA-Performance for
Combinatorial Optimization Problems by Analyzing Their Fitness
Landscape.
- 6/28 Track 1: Computation Imitating Life
- Ingo Rechenverg: Evolution Strategy.
- Hiroaki Kitano: Beyond AI Winter: The Double Helix of AI and Alife.
- 6/30 Track 1: Learning Imitating Life
- David Touretzky: Neural Representations of Space in Rats and
Robots.
- Gerald Tesauro: Why does TD-Gammon Learn So Well.
FUZZ-IEEE $B0lHL%;%C%7%g%s(B
$B%]%9%?!<%;%C%7%g%s0J30$OD09V$7$J$+$C$?!%(B
- $B%]%9%?!<(B (6/28, 12:20-16:00).
ICEC $B0lHL%;%C%7%g%s(B
$B$D$.$N3F%;%C%7%g%s$rD09V$7$?(B ($BB>$K$b0lIt$@$1D09V$7$?%;%C%7%g(B
$B%s$,$"$k$,!$$3$3$G$O>JN,$9$k(B)$B!%(B
- Applications of Evolutionary Computation in Operations Research
(6/27 8:00-9:40).
- Representation and Operators (6/27 13:40-15:50).
- Applications of Evolutionary Computation in Machine Learning
(6/27 16:00-18:00).
- Applications of Evolutionary Computation in Operations Research
(6/28 8:00-10:00).
- Genetic Programming (6/28 13:40-15:20, $BItJ,(B).
- $B%]%9%?!<(B (6/29, 12:20-16:00).
ICNN $B0lHL%;%C%7%g%s(B
$B$D$.$N3F%;%C%7%g%s$rD09V$7$?(B ($BB>$K$b0lIt$@$1D09V$7$?%;%C%7%g(B
$B%s$,$"$k$,!$$3$3$G$O>JN,$9$k(B)$B!%(B
- Artificial Life (6/28 13:40-15:20, $BItJ,(B).
- Artificially Intelligent Neural Networks (6/28 16:00-18:00, $BItJ,(B).
- $B%]%9%?!<(B (6/28, 12:20-16:00).
- $B%]%9%?!<(B (6/29, 12:20-16:00).
- $B%]%9%?!<(B (6/30, 12:20-16:00).
- Probabilistic Neural Networks and Radial Basis Functions (Special
Invited Session, 6/30 13:40-15:40).
- Nonlinear PCA Neural Networks (Special Invited Session, 6/30
16:00-18:00).
- Optimization II (7/2 8:00-10:00).
- Optimization III (7/2 10:20-12:40).
$B$=$NB>(B
6/28 $B$K$O(B WCCI $BA4BN$N(B reception, 6/26, 6/27, 6/29 $B$K$O$=$l$>$l(B
FUZZ-IEEE, ICEC, ICNN $B$N(B reception $B$,$R$i$+$l$?$,!$$3$N$&$AJs9pl$G(B journals $B$d%K%e!<%m$N%7%_%e%l!<%?$J$I$NE8<($,$"$C$?!%(B
2. $BCmL\$9$Y$-H/I=(B
$B0J2[Public Lecture] Lofti Zadeh: Fuzzy Logic: Issues, Contentions and
Perspectives (6/26 18:15-19:15).
Zadeh $B$O(B Fuzzy $B$N;OAD$G$"$j!$:G6a$G$O8EE5E*$J(B Fuzzy $BM}O@$K$H$I(B
$B$^$i$J$$(B Soft Computing $B$H$$$&$b$N$rDs>'$7$F$$$k!%$3$N9V1i$K$*(B
$B$$$F$O(B Fuzzy $BM}O@$K$*$$$F0U?^$7!$(BSoft Computing $B$K$*$$$FpJs=hM}!W$K4X$9$k4pK\E*$J$+$s(B
$B$,$($r>R2p$7$F$$$k!%$=$N0lIt$r$3$3$K5-=R$9$k$H!$(BSoft Computing
$B$H$OHs7A<0E*$+$D@53N$G$O$J$$$,!$$3$l$Oe$K!V$+$?$$!W(B($B@53N$G$?$7$+$J(B)
$BCN<1$r2>Dj$9$k$H>pJs=hM}$O$&$^$/$$$+$J$$(B ($B9b2A$K$D$/(B) $B$Hl$H$OBPm(E*$G$"$k!%:G6a$K$J$C$FpJs=hM}$,(B
$B5^B.$K$?$A$"$,$C$F$$$k$H(B Zadeh $B$O$$$&$,!$$=$NM}M3$O$3$N$h$&$J$d(B
$B$o$i$+$$>pJs=hM}K!$,Ia5Z$7$F$-$?$+$i$@$H$$$&!%$o$l$o$l$,$3$N$h(B
$B$&$JN)>l$K$?$D$Y$-$+$I$&$+$O$Y$D$H$7$F!$$3$l$O(B Real World
Computing $B$K4X$9$k$R$H$D$N=EMW$JE/3X$@$HJs9p[Plenary Talk] Lawrence Fogel, Ph. D.: Evolutionary Programming in
Perspective.
Evolutionary Programming $B$NNr;K$d$+$s$,$($+$?$J$I$K$D$$$F$N9V(B
$B1i$@$,!$$=$N>\:Y$JFbMF$O$H$b$+$/!$(BFogel $B$,!V%N%$%:$O$h$$$b$N(B
$B$@!W$H$$$C$F$$$?$3$H$K6&46$7$?!%(B
... To be supplied ...
[Plenary Talk] Toshio Fukuda: Fuzzy-Neuro-GA Based Intelligent
Robotics.
$B$=$l$>$lMxE@$H7gE@$r$b$D(B Fuzzy, Neuro, GA $B$r$&$^$/$/$_$"$o$;$?(B
$B%m%\%C%H$r>R2p$7!$CN@-(B (computational intelligence) $B$O$3$N$h$&$J(B
$B$5$^$6$^$J5;=Q$N$/$_$"$o$;$N$J$+$+$i$&$^$l$F$/$k$H[Mini Symposium 6/27] Bernard Manderick: How to Improve
GA-Performance for Combinatorial Optimization Problems by Analyzing
Their Fitness Landscape.
GA $B$K$h$k:GE,2=$N@-G=$r$"$2$k$?$a$K(B fitness landscape $B$NE}7WE*(B
$B$J2r@O$r$D$+$&J}K!$rDs0F$7$F$$$k!%$3$l$O0dEA%*%Z%l!<%?(B ($B$NE,(B
$BMQ$K$h$C$F$($i$l$kE,1~EY4X?tCMNs(B (?)) $B$N<+8JAj4X$K$b$H$E$/J}(B
$BK!$G$"$k!%Js9pCCM
$B$K$*$1$k%7%9%F%`$N$U$k$^$$$r$7$i$Y$k(B
$B$?$a$K$=$N7W;;2aDx$K$*$1$k6I=jCa=xEY$N<+8JAj4X$r7W;;$7$?$,!$(B
$B$=$3$+$iL@3N$J7kO@$r$_$A$S$-$+$M$F$$$k!%$3$NH/I=$O8&5f$r$9(B
$B$9$a$k$?$a$N%R%s%H$K$J$k$N$G$O$J$$$+$H$+$s$,$($i$l$k!%(B
[Mini Symposium 6/28] Hiroaki Kitano: Beyond AI Winter: The
Double Helix of AI and Alife.
$B$3$N9V1i$NFbMF$O!$H/I=^5-G09V1i(B
$B$J$I$H$+$J$j=EJ#$7$F$$$k!%8=:_$O(B AI $B$NE_$N;~Be$@$,!$H/I=o$JLdBj$r$H$/(B
$B$K$O(B AI $B$d(B ALife $B$,I,MW$G$"$j!$$3$l$i$N8&5f$r$9$9$a$FE_$N;~Be(B
$B$r$N$j$3$($h$&$H$$$&[Mini Symposium 6/30] Gerald Tesauro: Why does TD-Gammon
Learn So Well.
$BH/I=$N$$$/$D(B
$B$+$NH/I=$K$*$$$F$b$-$+$l$?$,!$%N%$%:(B (= $B%i%s%@%`$5(B) $B$r$H$j$$$l(B
$B$?7W;;$r8&5f$7$F$$$kJs9p[Fuzz-IEEE $B0lHL(B] Ruttkay, Zs.: Fuzzy Constraint Satisfaction
$B$3$NH/I=$OD09V$G$-$J$+$C$?$,!$Js9po$N@)Ls=]E*$JHO0O$K$H$I$^$C$F$$$k!%Js9pCCM
$B$K$*$$$F$O$3$N$h$&$J(B fuzzy $B$J@)Ls=@\E*$KI=8=$G$-$k$H$H$b$K2r$/$3$H$,$G$-$k$N$G!$$3$NO@J8(B
$B$*$h$S$=$l$,;2>H$7$F$$$kB>$NO@J8$H4X78$E$1$k$3$H$K$h$C$F!$(B
$B$^$H$^$C$?8&5f$H$9$k$3$H$,$G$-$k$H$+$s$,$($i$l$k!%(B
[ICEC $B0lHL(B] Tamaki, H., et al.: A Comparison Study of Genetic
Codings for the Traveling Salesman Problem & Bui, T., and Moon,
B.: A New Genetic Approach for the Traveling Salesman Problem
$B$3$l$i$NH/I=$O(B GA $B$K$b$H$E$/J}K!$K$h$C$F(B TSP ($B=d2s%;!<%k%9%^(B
$B%sLdBj(B) $B$N$h$$6a;w2r$r$b$H$a$k$3$H$K@.8y$7$F$$$k!%$3$l$i$NJ}(B
$BK!$O$9$G$KC1$J$k(B GA $B$G$O$J$/!$6I=jC5:w$dB>$N$$$/$D$+$N5;K!(B
$B$r(B GA $B$H$/$_$"$o$;$?$b$N$G$"$j!$$3$N@.8y$,(B GA $B$K$h$k$b$N$G$"(B
$B$k$+$I$&$+$O$&$?$,$o$7$$$HJs9p[ICEC $B0lHL(B] Mikami, S., and Kakazu, Y.: Genetic Reinforcement
Learning for Cooperative Traffic Signal Control
$B$3$N8&5f$G$O!$(BGA $B$r$D$+$C$?6/2=3X=,$K$h$C$F8rDL?.9f@)8f$r:G(B
$BE,2=$7$h$&$H$7$F$$$k!%$3$NJ}K!$N6=L#$V$+$$E@$H$7$F6I=jE*$J(B
$B>pJs$@$1$GBg0hE*$J:GE,2=$r$7$h$&$H$7$F$$$k$3$H$,$"$2$i$l$k!%(B
$B$=$NE@$K$D$$$F$OF|K\5!3#3X2qBh(B 71 $B2sDL>oAm2q$K$*$$$F$*$J$8Cx(B
$B[ICEC $B%]%9%?!<(B] Nakano, K., et al.: An Approach to Evolutional
System
... To be supplied ...
[ICEC $B%]%9%?!<(B] Jacquelin, et al.: Pattern Fed Objects: A New
Approach for Textured Image Segmentation
... To be supplied ...
[ICEC $B%]%9%?!<(B] Wada, K., et al.: Evolutionary System: Structures
and Functions
... To be supplied ...
[ICNN $B0lHL(B] Special Invited Session: Nonlinear PCA Neural
Networks,
Karhunen, J.: Optimization Criteria and Nonlinear PCA Neural
Networks,
Sudjanttos, A., and Hassoun, M.: Nonlinear Hebbian Rule: A
Statistical Interpretation,
Xu, L.: Theories for Unsupervised Learning: PCA and its Nonlinear
Extensions, and
Palmieri, F.: Hebbian Learning and Self-Associatin in Nonlinear
Neural Networks.
$B$3$l$i$NH/I=$O(B Oja $B$K$h$k(B ($B@~7A$N(B) $B[ICNN $B0lHL(B] Usami, Y.: Solving Traveling Salesman Problem by Real
Space Renormalization Technique
$B$3$NH/I=$OD09V$G$-$J$+$C$?$,=EMW$H$+$s$,$($i$l$k$N$GJs9p$9(B
$B$k!%(B
... To be supplied ...
Y. Kanada (Send comments
to kanada@trc.rwcp.or.jp)