Vidal's libraryTitle: | Multiagent Systems for Workflow |
Author: | Munindar P. Singh and Michael P. Huhns |
Journal: | International Journal of Intelligent Systems in Accounting, Finance and Management |
Month: | June |
Year: | 1999 |
Abstract: | Workflows are ubiquitous in business computing. They arise not only within an enterprise but increasingly across enterprises as well---in situations such as virtual enterprises and applications such as supply-chain management. Although the importance of workflows as a basis for understanding and automating business activities is widely recognized, current workflow practice leaves much to be desired. To a large extent, this problem arises because of the rigidity of current technology, which does not accord well with the complex, heterogeneous, dynamic environments in which workflows are applied. Agent technology promises to alleviate many of these problems and hence enable adaptive workflows in realistic settings. We consider interaction-oriented programming (IOP), an approach to software engineering based on multiagent systems that we have been developing. We focus on one aspect of IOP, which deals with social commitments and enables agents to flexibly enact a multienterprise workflow by entering into and behaving according to their commitments to each other. The agents can cancel or modify their base-level commitments only if they satisfy the metacommitments that then go into effect. |
Cited by 22 - Google Scholar
@Article{singh99a,
author = {Munindar P. Singh and Michael P. Huhns},
title = {Multiagent Systems for Workflow},
journal = {International Journal of Intelligent Systems in Accounting, Finance and Management},
year = 1999,
month = {June},
abstract = {Workflows are ubiquitous in business computing. They
arise not only within an enterprise but increasingly
across enterprises as well---in situations such as
virtual enterprises and applications such as
supply-chain management. Although the importance of
workflows as a basis for understanding and
automating business activities is widely recognized,
current workflow practice leaves much to be
desired. To a large extent, this problem arises
because of the rigidity of current technology, which
does not accord well with the complex,
heterogeneous, dynamic environments in which
workflows are applied. Agent technology promises to
alleviate many of these problems and hence enable
adaptive workflows in realistic settings. We
consider interaction-oriented programming (IOP), an
approach to software engineering based on multiagent
systems that we have been developing. We focus on
one aspect of IOP, which deals with social
commitments and enables agents to flexibly enact a
multienterprise workflow by entering into and
behaving according to their commitments to each
other. The agents can cancel or modify their
base-level commitments only if they satisfy the
metacommitments that then go into effect.},
keywords = {multiagent workflow},
url = {http://jmvidal.cse.sc.edu/library/singh99a.pdf},
googleid = {SmXLtKK0N2wJ:scholar.google.com/},
cluster = {7797899890726233418}
}
Last modified: Wed Mar 9 10:14:43 EST 2011