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Topic: List of STEP (ISO 10303) parts

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	ISO 10303 - Wikipedia, the free encyclopedia
		STEP is addressing product data from mechanical and electrical design, analysis and manufacturing, with additional information specific to various industries such as automotive, aerospace, building construction, ship, oil and gas, process plants and others.
		STEP is primarily defining data models using the EXPRESS modelling language.
		In 1994/95 ISO published the initial release of STEP as international standards (IS) with the parts 1, 11, 21, 31, 41, 42, 43, 44, 46, 101, AP201, AP203.
	en.wikipedia.org /wiki/ISO_10303 (593 words)

	[No title] (Site not responding. Last check: 2007-11-03)
		This part of ISO 10303 is a member of the application protocol series.
		The goal of this Part of ISO 10303 is to provide an information structure where product information can be electronically captured and managed from both a document based perspective and a product item perspective.
		The short listing of the AIM specifies the references to the integrated resources and is given in 5.2.
	www.vx.com /STEP/DOCS/part232/nwi/nwi.txt.html (9035 words)

	[No title]
		The deployment of STEP into industry is also facilitated by the industry and country consortia that support testbeds for vendor software testing, coordinate priorities for new capability industry requests from vendors and who support industrial pilot projects within and between their members.
		The STEP PDM Schema was used as a reference model in constructing this framework of relationships, and the Enablers adhere to that model, except in a few cases.
		STEP standards developers have made a conscious decision to focus on the information required by industrial processes rather than the processes themselves as these are seen to change over time while the underlying information requirements are longer lasting.
	www.omg.org /docs/mfg/99-10-04.txt (11795 words)

	Cover Pages: STEP/EXPRESS and XML
		Part 21 of the STEP standard already provides a clear text encoding, but many expect this to be replaced by XML in the future.
		In this part of ISO 10303, one markup declaration set is specified for the late bound case in clause 7.
		This part of ISO 10303 defines a DTD (see Annex D) based on the late binding that is used as the base architecture for one early bound XML declaration set (see clause 8).
	xml.coverpages.org /stepExpressXML.html (4659 words)

	VX CAD/CAM STEP Pages (Site not responding. Last check: 2007-11-03)
		Produces a graph of the STEP entity inheritance for the desired entities preceded by the Clear Text Encoding for the Physical File Exchange Structure in either Internal or External formats depending upon the entity.
		STEP translators will have to stay compatible with even the very first version of the standard in order to meet the customer's needs.
		This helps get everyone READing STEP in a consistent and accurate manner without the massive overhead of writing their own, or purchasing it from a third party and being tied to that company's release schedule.
	www.vx.com /step (1307 words)

	Arvinds_Phase5
		STEP experts assist in the development of the AIM, through interpretation of the STEP Integrated Resources and reuse of AICs, and to produce a model that fulfils the requirements formalized in the ARM.
		The ISO 10303 is based on architecture of three layers, namely the application layer, the logical layer, and the physical layer (referred to as the ANSI/SPARC architecture).
		The ability of STEP to facilitate both data exchange and sharing is predicted on the fact that all implementations of STEP must be based on the STEP APs and that these APs are all derived from a common set of resource models.
	www.okstate.edu /ind-engr/step/WEBFILES/Papers/Arvinds_Phase5.htm (10368 words)

	NASA STEP FAQ
		STEP (ISO 10303) is an International Standard for the computer-interpretable representation and exchange of product data.
		The Level B STEP capability is beyond the current state of the art of COTS PDM tools, although several OEM's (Boeing, Lockheed Martin, and IBM, for example) have proprietary in-house systems that are beginning to implement that type of capability -- which they, quite rightly, regard as a significant competitive edge.
		Some of these projects develop STEP Application Protocols (AP's), and some contribute to the further development of the STEP architecture and the EXPRESS language, which is the computer-sensible information modeling language in which the STEP standard is formulated.
	step.nasa.gov /help/faq.html (3142 words)

	Overview of the STEP and the STEP Standard Data Access Interface
		The Testbed is used in the development of information models being proposed as part of STEP, as a facility for conducting prototype implementations of systems using the STEP models and exchange mechanisms, and in the investigation of the suitability of new technologies to the application areas covered by STEP [McLean90].
		The initial thrust of the STEP development effort has been to build information models to represent structure and semantics to be associated with shared data.
		The STEP Standard Data Access Specification (SDAI) [ISO22-WD], which is currently under development, is based on the requirement for a means of dynamically accessing data defined using the Express language and also directly reflects the Express language.
	www.mel.nist.gov /msidlibrary/doc/morris93c.html (1762 words)

	[No title]
		STEP is concerned with product data exchange, that is, the exchange of technical specifications and other information, between companies involved in developing, manufacturing and supporting complex products.
		STEP from the outset had the ambitious objective of "the creation of a standard that enables the capture of information comprising a computerised product model in a neutral form without loss of completeness and integrity, throughout the life cycle of the product." (ISO TC184 SC4: STEP requirements document).
		STEP is concerned with product data, and started out from the exchange of drawings between CAD systems; SGML is concerned with structured text based information- usually documents - and grew out of requirements for data exchange and reuse in computerised typesetting and technical manuals.
	xml.coverpages.org /wrightson-xmlstep.html (2025 words)

	STEP and EXPRESS (Site not responding. Last check: 2007-11-03)
		The drivers behind STEP were industry's need to exchange data between a company and its suppliers, to exchange data between partners in some temporary collaboration (for example several companies working on one weapons contract), and the Department of Defence's need to be able to accept data in a vendor-neutral electronic form.
		Part 41 of STEP has a miscellany of information models, some of which will be of interest to the scientific community.
		ISO standards are copyrighted and must be purchased unless they are required for the development of another ISO standard.
	deslab.mit.edu /DesignLab/dicpm/step.html (2675 words)

	STEP Tools, Inc. Press Release
		ST-Repository seamlessly communicates with the widest variety of CAD, CAM, CAE and PDM software because it is based on ISO 10303 STEP standards adopted as National Standards by seventeen countries including the USA, UK, France, Germany, Korea and Japan.
		STEP uses its own language called EXPRESS, the only widely available data language that describes the complexities of solid geometry.
		Because the core of the STEP standard is a catalog of reusable engineering definitions or “Application Protocols”, each application protocol meets the information sharing requirements for particular industries and engineering activities.
	www.steptools.com /news/042401repos.html (841 words)

	Impediments to Data Exchange and Use of STEP
		The main purpose of the STEP project is to develop a team which develops a basic understanding of the ISO 10303 (STEP) standard which will enable them to formulate a training program for SME's on the concept, use, benefits, and drawbacks of STEP.
		STEP (ISO 10303), is a set of internationally accepted standards primarily implemented for exchange of product model data throughout its life cycle.
		The main aim of this phase is to develop materials for a STEP training program for the small and medium sized manufacturers based upon the understanding and the competency established during the awareness phase.
	www.okstate.edu /ind-engr/step/WEBFILES/Papers/Goals_body.html (2408 words)

	Electromechanical Design
		ISO 10303, the international Standard for the Exchange of Product model data (STEP), provides broad capability for the exchange of product data in the electronics and electromechanical industries.
		ISO 10303 STEP Application Protocols (APs) provide the standard semantics of the product information while there are multiple choices of exchange formats, such as STEP's Part 21 and SDAI, CORBA, XML, and others.
		It provides a mechanism to identify drawings and drawing sheets as documents and tie these documents to their presentation descriptions found in the STEP AP202 (Associative Draughting).
	pdesinc.aticorp.org /pilots/tdp_232.html (476 words)

	[No title]
		In addition, to such written permission to copy, acknowledgement of the authors of the document and all applicable portions of the copyright notice must be clearly referenced.
		Interface demonstration Presentation of MEIT to STEP part was given by Vagelis and Sotiris.
		Work specification list should be attached to the information transferred between ship owner and shipyard.
	research.dnv.com /marvin_int/PW_Tools/PWD/New/5-52-M-2000-02-0x.doc (3026 words)

	STEP Parts List
		ISO 10303 consists of the following parts under the general title Industrial automation systems and integration - Product
		— Part 24, Implementation methods: C language binding to the standard data access interface;
		— Part 221, Application protocol: Functional data and their schematic representation for process plant;
	www.tc184-sc4.org /titles/STEP_Titles.htm (1523 words)

	[No title]
		Likewise other partnerships with other standards organizations have extended OAGIS to meet their specific needs.
		Projects include -Inventory Visibility, -Internet Parts Ordering, -Credit, and - Service.
		All using OAGIS as a common base canonical business language as the basis.
	ontolog.cim3.net /file/resource/presentation/eBSC--MarkPalmer_20041026/ebsc_model_matrix_2004-02-02.xls (159 words)

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