HICSS-27 (Hawaii International Conference on System Sciences) $BJs9p(B

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Written as plain text: 94-1-?.
Rewritten by HTML: 95-10-31, Updated: 95-10-31.

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1. HICSS-27 $B$N35MW(B

Tutorials, 9 $B7o(B (1 $B7n(B 4 $BF|8aA0(B 6 $B7o!$8a8e(B 3 $B7o(B)

$B8aA0$O$D$.$N(B tutorial $B$rD09V$9$kM=Dj$@$C$?$,!$;22CSession 5: Using Simulation and Animation to Solve Organizational Problems, by A. Verbraeck, W. G. Bots, and H. Sol (Delft University of Technology). $B8a8e$O$D$.$N(B tutorial $B$rD09V$7$?!%(B

Session 4: The Problems of Computational Biology: An Introduction for the Computer Scientists, by L. Hunter (National Library of Medicine).

$B9V;U$N(B Hunter $B$O(B AI $B$H@8J*3X$H$N6-3&$G@.2L$r$"$2$F$$$k!%$3$N(B tutorial $B$OJ,;R@8J*3X$N=iJb$N$O$J$7$+$i$O$8$^$j!$@8J*3X$H%3%s(B $B%T%e!<%?2J3X$H$/$K(B AI $B$H$N@\E@$N8=>u$r$_$?$"$H!$$=$N2]Bj$r$N(B $B$Y$k$3$H$G$7$a$/$/$i$l$?!%2]Bj$H$7$F$"$2$i$l$?$N$O!$CAGr$BFCJL9V1i(B, 3 $B7o(B (1 $B7n(B 5 $BF|(B $B!A(B 7 $BF|$NCk?)8e(B) $BJs9pCreating the Profession of Software Engineering, by M. Evangelist (Florida International University). $B9V1i $BB>$N9V1i$O$D$.$N$H$*$j$G$"$k!%(B

Information Technology and Organizational effectiveness, by P. A. Straussmann (West Point Military Academy).

Vector Supercomputers: Will They Soar Like the Birds? by J. Smith (Cray Research Inc.).

$BFCJL9V1i(B (1 $B7n(B 6 $BF|$NM

The Growth of Software, by Niklaus Wirth (ETH).

$B9V1i/?M?t$G!$%W%m%0%i%`$N$9$_$:$_$^$G=PHG$KCM$9$k%l%Y%k$^(B $B$G$_$,$-$"$2$F$D$/$k$Y$-$G$"$k!%$3$N$h$&$J%=%U%H%&%'%"$r2DG=(B $B$K$9$k$?$a$K$O!$$^$:;EMM$NHnBg$r$U$;$0$3$H$,I,MW$G$"$k!%9V1i(B $BZ$7$F$$$k!%Js9p$B0lHL%;%C%7%g%s(B

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  • ARC: Architecture Track
  • BIO: Biotechnology Computing Track
  • Information Systems Track
    1. COL: Collaboration Technology Subtrack
    2. DSS: Decision Support and Knowledge-Based Systems Subtrack
    3. OST: Organizational Systems and Technology Subtrack
  • SOF: Software Technology Track
HICSS $B$K$*$$$F$OA4BN$N4IM}$O:G>.8B$@$1$*$3$J$o$l$F$*$j!$O@J8(B $B$NA*9M$b%H%i%C%/$r$$$/$D$+$K$o$1$?%_%K%H%i%C%/$4$H$K$*$3$J$o(B $B$l$F$$$k!%$7$?$,$C$F!$DL>o$N9q:]2q5D$H$O$A$,$C$F!$%o!<%/%7%g(B $B%C%W$N=89gBN$@$H$$$($k(B ($B$3$NE@$GF|K\$N(B SWoPP $B$K$A$+$$$,!$J,Ln(B $B$O(B HICSS $B$N$[$&$,$R$m$$(B)$B!%(B

$BJs9pDSS: Decision Support and Knowledge-Based Systems Subtrack. 24 $B$N%;%C%7%g%s$+$i9=@.$5$l$F$$$k!%D09V$7$?%_%K%H%i%C%/$O$D$.(B $B$N$H$*$j$G$"$k!%(B

  • DSS2-4: Emerging Paradigms for Intelligent Systems, coordinator: D. Kumar (University of Philadelphia). $BJs9pDSS13-14: Expert Systems, coordinators: Marsden, Pingry and Turban. $B$5$^$6$^$J(B ES ($B%(%-%9%Q!<%H!&%7%9%F%`(B) $B$,$"$D$+$o$l$F$$$?$,!$(B $B$J$+$K$O(B ES $B$H$$$&$h$j%G!<%?%Y!<%9$NOCBj$b$"$C$?!%(B
  • DSS11: Graph-Based Methods, coordinators: Basu and Blanning. $B%0%i%U$r3HD%$7$F3,AX$r$H$j$$$l$?(B Metagraph, Higraph $B$J$I$H$=$N(B $B1~MQ$K4X$9$k%_%K%H%i%C%/$G$"$k!%(B
  • DSS16: Forecasting Support Systems, coordinators: Remus and O(IU(BConnor. $B;~7ONsM=B,$J$I$r$*$3$J$&%7%9%F%`$K4X$9$k%_%K%H%i%C%/$G$"$k!%(B
  • DSS24: Methods & Tools for Information Systems Development.

BIO: Biotechnology Computing Track.

19 $B$N%;%C%7%g%s$+$i9=@.$5$l$F$$$k!%D09V$7$?%_%K%H%i%C%/$O$D$.(B $B$N$H$*$j$G$"$k!%(B
  • BIO1: Data & Knowledge-Based Issues in Genomics, coordinators: Shin and Rechenmann Biocomputing $B$H$$$&$h$j$O$[$H$s$I%G!<%?%Y!<%9$NOCBj$G$"$k!%(B
  • BIO10-12: Motifs in Biology, coordinators: Kazic, States and Sllison.

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2. $BCmL\$9$Y$-H/I=(B

$B0J2DSS3-1. Stochastic Problems Solving by Local Computation Based on Self-Organization Paradigm; Y. Kanada ($BJs9p

DSS4-2. Learning from Failure Experiences in Case-Based Schedule Repair; K. Sycara and K. Miyashita (CMU)


Y. Kanada (Send comments to kanada@trc.rwcp.or.jp)