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PLEASE NOTE: The Publications System provided by the Manufacturing Systems Integration Division (MSID) has moved to: http://www.mel.nist.gov/msidlibrary/publications.html. The pages below are maintained for archival purposes only.
Publication summary
Author(s): Craig Schlenoff, Amy Knutilla and Steven Ray
Publication date: October 1997
Citation: Craig Schlenoff, Amy Knutilla and Steven Ray: "Proceedings of the First Process Specification Language (PSL) Roundtable," NISTIR 6081, National Institute of Standards and Technology, Gaithersburg, MD, 1997.
Key words: architecture, proceedings, Process Specification Language, PSL, Roundtable
Availability:
Abstract:
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On April, 1997, the Process Specification Language (PSL) Project held a Roundtable
discussion at the National Institute of Standards and Technology (NIST). The
goal of the Roundtable was to assemble key champions and stakeholders of various
representational approaches for process in order to discuss the relative merits to
reach consensus on a language architecture and to establish a technical approach
for proceeding. It was agreed that the language architecture should be based
upon a formal semantic foundation, upon which would be layered a number of
syntactic mappings, each with one or more presentations.
In discussions about principal concepts of any process representation, it was
agreed that "process" and "participant(resource)" are basic. A number of possible
other concepts were suggested, but no consensus was reached. Additionally, five
potential uses for the PSL were identified and discussed. They were: 1)provide
a description of a process that has already occurred; 2)provide a "recipe" (prescription)
describing how a process can occur; 3)be used as a semantic model to nail down
concepts and establish the scope of systems; 4)enable interoperability between
manufacturing systems, enterprise systems, and/or AL systems; 5)enable technology
transfer from AL to manufacturing (among other disciplines).
Finally, three teams were formed to define: 1)A set of scenarios to support the
identification and definition of semantic concepts and to provide example
usage of the language; 2)A semantic description covering a small subset of the
core language requirements; and 3)Three syntactic interpretations of that semantic
description, mapping to object-oriented, KIF, and constraint-based presentations.
A relational presentation was also deemed important, but no assignment was made.
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