Difference between revisions of "Workflow Reference Model"
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| − | The Workflow Reference model has been developed from the generic workflow application structure by identifying the interfaces within this structure that enable products to interoperate at a variety of levels. All workflow systems contain a number of generic components which interact in a defined set of ways; different products will typically exhibit different levels of capability within each of these generic components. To achieve interoperability between workflow products a standardized set of interfaces and data interchange formats between such components is necessary. A number of distinct interoperability scenarios can then be constructed by reference to such interfaces, identifying different levels of functional conformance as appropriate to the range of products in the market. <ref> | + | The Workflow Reference model has been developed from the generic workflow application structure by identifying the interfaces within this structure that enable products to interoperate at a variety of levels. All workflow systems contain a number of generic components which interact in a defined set of ways; different products will typically exhibit different levels of capability within each of these generic components. To achieve interoperability between workflow products a standardized set of interfaces and data interchange formats between such components is necessary. A number of distinct interoperability scenarios can then be constructed by reference to such interfaces, identifying different levels of functional conformance as appropriate to the range of products in the market. <ref>[ftp://ftp.ufv.br/dpi/mestrado/Wkflow-BPM/The%20Workflow%20Reference%20Model.pdf Defining Workflow Reference Model -WFMC]</ref> |
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==See Also== | ==See Also== | ||
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Revision as of 17:26, 13 December 2022
The Workflow Reference model has been developed from the generic workflow application structure by identifying the interfaces within this structure that enable products to interoperate at a variety of levels. All workflow systems contain a number of generic components which interact in a defined set of ways; different products will typically exhibit different levels of capability within each of these generic components. To achieve interoperability between workflow products a standardized set of interfaces and data interchange formats between such components is necessary. A number of distinct interoperability scenarios can then be constructed by reference to such interfaces, identifying different levels of functional conformance as appropriate to the range of products in the market. [1]
See Also