Titlebook: Electronic Design Automation Frameworks; Proceedings of the f Franz J. Rammig,Flávio R. Wagner Conference proceedings 1995 IFIP Internation

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IFIP Advances in Information and Communication Technologyhttp://image.papertrans.cn/e/image/306260.jpg

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Chapter 4: Structure and Agency Revisitednfigurations, normally offered by most systems, the STAR framework supports specialized facilities, such as open configurations (as in VHDL), the automatic resolution of open and dynamic configuration through expressions on object properties, and the manual resolution of these configurations by mean

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Identit?t als Integration von Grundhaltungenools have been incorporated into a framework, the designer access to them may be unified and simplified..The present work describes work recently developed, within the PACE framework, to address tool encapsulation and tool invocation.

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https://doi.org/10.1007/978-3-531-92007-8stems. Information Modelling has been widely used by the EDIF community to describe the design information carried by an EDIF file. The EDIF Version 3 0 0 Information Model [1] represents formally the semantics of EDIF Version 3 0 0 and is the basis from which the EDIF Version 3 0 0 syntax [2] has b

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https://doi.org/10.1007/978-3-658-10343-9atatype will be done by a set of generators. Functions to access data stored outside the abstract datatype are also generated. The information models of the ADT and the external data may differ; the transformation between both can be defined in a mapping table and will be handled by the generated co

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https://doi.org/10.1007/978-3-658-29129-7ided design (ECAD) tools. Using an object-preserving algebra as the view definition language, the MultiView system supports data transformations to suit the needs of individual tools. However, an object-preserving algebra alone is not powerful enough to express recursive transformations such as tran

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