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Engineering Coordination - A Methodology for the Coordination of Planning Systems (Paperback)
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Engineering Coordination - A Methodology for the Coordination of Planning Systems (Paperback)
Series: Dissertations in Artificial Intelligence, Volume 335
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To solve complex real-world search and optimization problems, it is
a common strategy to divide the problem into different
sub-problems. A consequence of this divide and conquer approach is
the appearance of interdependencies between the sub-problems, that
makes coordination necessary. The field of coordination is
investigated by researchers from different areas. An important
result of this research is that no universal coordination method
exists. Consequently, a suitable coordination mechanism has to be
identified for each single coordination problem. This book presents
the ECo process, which is the first approach that addresses this
selection problem. Coordination mechanism have to respect the
context in which the coordination has to performed. This is encoded
in coordination requirements that guide the selection process.
Additionally, a new classification scheme is presented to
efficiently pre-select coordination mechanisms. The coordination
mechanisms are classified according to these classification scheme
that indicate the characteristics for re-use of a coordination
mechanism. The implementation of coordination mechanisms is
supported by the CoPS process and framework. The CoPS process
structures the decision making during the implementation phase. The
CoPS framework provides a set of basic functionality to implement
coordination methods among software agents. Within the CoPS
process, techniques are presented for the design and implementation
of conversations between agents. These techniques are not limited
to the design of coordination mechanisms, but for multiagent
systems in general. The Eco-CoPS approach has been successfully
validated in two case studies from the logistic domain.
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