@InProceedings{huber99a,
  author =	 {Marcus J Huber},
  title =	 {{JAM}: A {BDI}-theoretic Mobile Agent Architecture},
  googleid =	 {Pg6Qm9PEnxMJ:scholar.google.com/},
  booktitle =	 {Proceedings of The Third International Conference on
                  Autonomous Agents},
  pages =	 {236--243},
  year =	 1999,
  address =	 {Seattle, WA},
  abstract =	 {JAM is a hybrid intelligent agent architecture that
                  draws upon the theories and ideas of the Procedural
                  Reasoning System (PRS), Structured Circuit Semantics
                  (SCS), and Act plan interlhtgua. Furthermore, JAM
                  draws upon the implementation pragmatics of the
                  University of Michigan s and SRI Internatlonal s
                  implementation of PRS (UMPRS and PRS-CL,
                  respectively). JAM provides rich and extensive plan
                  and procedural representations, metalevel and
                  utility-based reasoning over multiple simultaneous
                  goals, and goal-driven and event-driven behavior
                  that are an amalgam of all of the sources listed
                  above. The JAM agent architecture also provides an
                  agentGo primitive function utilizing Java s object
                  serialization mechanism to provide widely-supported
                  mobility capabilities.},
  keywords =     {bdi application},
  url =		 {http://jmvidal.cse.sc.edu/library/huber99a.pdf},
  cluster = 	 {1414065221144677950}
}