Electronic design automation frameworks : when will the promise be realized? : proceedings of the Third IFIP WG 10.2/WG 10.5 Workshop on Electronic Design Automation Frameworks in cooperation with GI/ITG FG 3.5.6/5.2.6, Bad Lippspringe, Germany, 23-25 March, 1992
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Bibliographic Information
Electronic design automation frameworks : when will the promise be realized? : proceedings of the Third IFIP WG 10.2/WG 10.5 Workshop on Electronic Design Automation Frameworks in cooperation with GI/ITG FG 3.5.6/5.2.6, Bad Lippspringe, Germany, 23-25 March, 1992
（IFIP transactions, A . Computer science and technology ; 16）
North-Holland, 1992
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Includes bibliographical references
Description and Table of Contents
Description
Many of the advances achieved in framework technology during the last five years are reported in this volume. However, despite acknowledged developments and an enormous investment by the Computer-Aided Design (CAD) vendor industry and others, commercial framework products have been slow to appear on the market. Further, those which have appeared, have largely failed to meet original targets, whether in terms of scope or performance or both. Reaching a consensus on new international standards has been a painfully slow process, with rapid advances in technology often rendering new standards out of date even before their eventual appearance. A motivation for agreement on technical issues, not yet fully understood or researched, will be vital if a commercial basis to underpin future development is to be achieved. It is hoped this book will stimulate interchange between researchers, developers and users so that practical progress can be made, backed by the strong support of interested industries.
Table of Contents
ECAD Design Technology - Where Does it Stand? (T. Rhyne). Information Modeling. An Information Model Describing the Exchange of IC Technology Data (J. Bloedel, M. Brandstetter, P. Conradi, W. Drangmeister, R. Hartenstein, D. Schroeder). Different Levels of Information Models for Use in Frameworks (W. Wilkes, G. Scholz). Handling Schema Information in the DASSY Data Model (O. Schettler, A. Bredenfeld). Framework Services I. Global Consistency Management Within a CAD Framework (U. Jasnoch). A Schema-Based Approach to CAD Task Management (J. Brockman, S. Director). Design Version Management in the STAR Framework (F. Wagner, L. Golendziner, J. Lacombe, A. de Lima). Framework Services II. Structural Consistency Support in an Integrated Design System (B. Despres, M. Lipp, R. Piloty, U. Schellin). Design Assistance in Concurrent Integrated Environments (E. Kupitz). Framework Applications. A Framework-Solution for the EMC-Analysis-Domain Based on Graphical Integration-Schema (W. John, D. Poertner). User Interaction in a Silicon Compilation Environment (J. Martins, J. Camara, H. Sarmento). Parallels in Computer-Aided Design Framework and Software Development Environment Efforts (S. Dart). Testing and Integration. Measuring Frameworks (M. Rumsey, N. Crofts, B. Luckin, C. Farquhar). Tool Integration Made Easier (I. Videira, H. Sarmento). JESSI-COMMON-FRAME (JCF). The JESSI-COMMON-FRAME Project - A Project Overview (B. Steinmuller). JCF Applied Framework Research - An Overview (G. von Bultzingsloewen). The JESSI-COMMON-FRAME Project - Sub-project Development (T. Kathofer, J. Miller). The JESSI-COMMON-FRAME Project SP4 Evaluation: Evaluating the Options (J. Heaton).
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