Epstein Secrets

(University of California, Berkeley), Ashwin Ram (Georgia Institute of Technology), Doug Riecken (IBM T. J. Watson Research Center), Roger Schank (Carnegie Mellon University), Mary Shepard (Cycorp), Push Singh (Massachusetts Institute of Technology), Jelivlark Siskind (Purdue University), Aaron Sloman (University of Bir

d soon produce programmable virtual worlds that would easily meet our needs. Several participants mentioned the success of the RoboCup competitions (Kitano et al. 1997), but some concluded that the RoboCup domain, while appropriate for those interested in the problem of coordinating multiagent teams in

(University of California, Berkeley), Ashwin Ram (Georgia Institute of Technology), Doug Riecken (IBM T. J. Watson Research Center), Roger Schenk (Carnegie Mellon University), Mary Shepard (Cycorp), Push Singh (Massachusetts Institute of Technology), Jeffrey Mark Siskind rdue University), Aaron Sloman (University of Bi

d soon produce programmable virtual worlds that would easily meet our needs. Several participants mentioned the success of the RoboCup competitions (Kitano et al. 1997), but some concluded that the RoboCup domain, while appropriate for those interested in the problem of coordinating multiagent teams in

(University of California, Berkeley), Ashwin Ram (Georgia Institute of Technology), Doug Riecken (IBM T. J. Watson Research Center), Roger Schank (Carnegie Mellon University), Mary Shepard (Cycorp), Push Singh (Massachusetts Institute of Technology), le ark Purdue Aaron Sloman (University of Birmingham), Oliver Steel

d soon produce programmable virtual worlds that would easily meet our needs. Several participants mentioned the success of the RoboCup competitions (Kitano et al. 1997), but some concluded that the RoboCup domain, while appropriate for those interested in the problem of coordinating multiagent teams in