Verification within the KARO Agent Theory. Hustadt, U., Dixon, C., Schmidt, R. A., Fisher, M., Meyer, J. C., & van der Hoek, W. In Rouff, C. A., Hinchey, M. G., Rash, J. L., Truszkowski, W., & Gordon-Spears, D., editors, Agent Technology from a Formal Perspective, of NASA Monographs in Systems and Software Engineering, pages 193-226. Springer, 2001.
Paper abstract bibtex This chapter proposes two new methods for realising automated reasoning within agent-based systems. We concentrate on a core of the KARO framework, which is a speci cation framework for modelling intelligent agent behaviour. We discuss the advantages of each approach and suggest ways of extending each variant to cover more of the KARO framework.
@INCOLLECTION{Hustadt+Dixon+Schmidt+Fisher+Meyer+van_der_Hoek@ATFP2005,
AUTHOR = {Hustadt, Ullrich and Dixon, C. and Schmidt, R. A. and Fisher, M.
and Meyer, J.-J. C. and van der Hoek, W.},
TITLE = {Verification within the {KARO} Agent Theory},
BOOKTITLE = {Agent Technology from a Formal Perspective},
YEAR = {2001},
EDITOR = {Rouff, C. A. and Hinchey, M. G. and
Rash, J. L. and Truszkowski, W. and Gordon-Spears, D.},
PUBLISHER = {Springer},
PAGES = {193-226},
PYEAR = {2005},
SERIES = {NASA Monographs in Systems and Software Engineering},
ISBN = {1-85233-947-0},
URL = {Hustadt+Dixon+Schmidt+Fisher+Meyer+van_der_Hoek@ATFP2005.pdf},
ABSTRACT = {This chapter proposes two new methods for realising
automated reasoning within agent-based systems. We concentrate on a
core of the KARO framework, which is a speci cation framework for
modelling intelligent agent behaviour. We discuss the advantages of
each approach and suggest ways of extending each variant to cover
more of the KARO framework.},
}
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