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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): Simon Frechette
Publication date: May 1997
Citation: Simon Frechette: "STEP Implementations: Solid Model Exchange Results in the AutoSTEP Project," NISTIR 6021, National Institute of Standards and Technology, Gaithersburg, MD, 1997.
Key words: STEP, AutoSTEP, AIAG
Availability:
- A paper copy of this document is available by contacting Kristy Thompson [web,email]
Abstract:
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The need for standardized representations of product information which
are suitable for electronic communication between engineering and
manufacturing functions is well documented [Mas95]. A single
international standard, ISO 10303 -- Product data representation and
exchange, has been designed to meet this need. This standard is more
commonly referred to as STEP (Standard for the Exchange of Product
model data). The STEP standard is seen by many as the means by which
multiple tiers of a supply chain can communicate evolving technical
descriptions of products. A number of questions must be answered,
however, before industry can be expected to adopt the STEP standard.
When will implementations of STEP be production ready? Are commercial
systems STEP compliant? How will companies use STEP? Does the standard
support my company's needs and the applications my company uses? The
Automotive Industry Action Group is addressing these and other similar
questions in an implementation pilot project called AutoSTEP [Phe96]
The purpose of the AutoSTEP project is to introduce STEP [Mit96, ISO1]
to the automotive industry,ensure that STEP development meets the
needs of industry, and determine what the benefits the automotive
industry can derived from using the standard. The project is made up
of representatives from automobile manufacturers, suppliers,
computer-aided design system vendors, standards organizations, and
government research organizations. In the first phase of the project,
completed in February, 1996, participants were trained in STEP
technology, a pilot infrastructure was established, improvements were
identified for CAD vendors,and successful exchanges of solid
primitives and some production parts were achieved.
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