System-on-Chip Methodologies & Design Languages / Edition 1by Peter J. Ashenden, Jean Mermet, Ralf Seepold
System-on-Chip Methodologies & Design Languages brings together a sele ction of the best papers from three international electronic design la nguage conferences in 2000. The conferences are the Hardware Descripti on Language Conference and Exhibition (HDLCon), held in the Silicon Va lley area of USA; the Forum on Design Languages (FDL), held in Europe; and the Asia… See more details below
System-on-Chip Methodologies & Design Languages brings together a sele ction of the best papers from three international electronic design la nguage conferences in 2000. The conferences are the Hardware Descripti on Language Conference and Exhibition (HDLCon), held in the Silicon Va lley area of USA; the Forum on Design Languages (FDL), held in Europe; and the Asia Pacific Chip Design Language (APChDL) Conference. The pa pers cover a range of topics, including design methods, specification and modeling languages, tool issues, formal verification, simulation a nd synthesis. The results presented in these papers will help research ers and practicing engineers keep abreast of developments in this rapi dly evolving field.
Table of Contents
Contributors Preface. VHDL trends. 1. HDLCon'00. VHDL in 2005 - The Requirements; R. Klenke, et al. 2. FDL'00. Application of VHDL Features for Optimization of Functional Validation Quality Measurement; C. López, et al. 3. FDL'99. An Object-Oriented Component Model Using Standard VHDL for Mixed Abstraction Level Design; C. Hansen, et al. 4. FDL'00. A VHDL-Centric Mixed-Language Simulation Environment; A. Windisch, et al. 5. FDL'00. Analogue Circuit Synthesis from VHDL-AMS; T. Kazmierski, F. Hamid. Formal verification. 6. HDLCon'00. Symbolic Simulation & Verification of VHDL with ACL2; D. Borrione, et al. 7. HDLCon'00. Functional Verification with Embedded Checkers; S. Switzer, et al. 8. APChDL'00. Improved Design Verification by Random Simulation Guided by Genetic Algorithms; P. Faye, E. Cerny. 9. APChDL'00. VERIS:An Efficient Model Checker for Synchronous VHDL Designs; F. Yiping, et al. Synthesis. 10. APChDL'00. Title On Flip-flop Inference in HDL Synthesis; H-M. Lin, J-Y. Jou. 11. FDL'00. Synthesis Oriented Communication Design for Structural Hardware Objects; W. Putzke-Röming, W. Nebel. 12. FDL'00. High-Level Synthesis through Transforming VHDL Models; A. Prihozhy. Specification formalisms. 13. FDL'99. Multi-facetted Modeling; P. Alexander, D. Barton. 14. FDL'00. A Dual Spring System Case-Study Model in Rosetta; P. Ashenden, et al. 15. FDL'00. Transformational System Design Based on a Formal Computational Model and Skeletons; W. Wu, et al. 16. FDL'99. Models of Asynchronous Computation; M. Josephs.17. FDL'99. A Mixed Event-value Based Specification Model for Reactive Systems; N. Fristacky, et al. 18. FDL'00. JESTER: An ESTEREL-based Reactive JAVA Extension for Reactive Embedded Systems; M. Antoniotti, et al. 19. APChDL'00. A Four-phase Handshaking Asynchronous Controller Specification Style and its Idle-Phase Optimization; R. Kazumiti Morizawa, T. Nanya. Tool Performance. 20. HDLCon'00. Automating the Validation of Hardware Description Language Processing Tools; S. Seshadri, et al. 21. APChDL'00. A Retargetable Software Power Estimation Methodology; C. Brandolese. 22. HDLCon'00. Performance Tradeoffs for Emulation, Hardware Acceleration, and Simulation; G. Peterson. 23. HDLCon'00. TCL PLI, a Framework for Reusable, Run Time Configurable Test Benches; S. Voges, M. Andrews. Methods for soc design and re-use. 24. APChDL'00. Object-Oriented Specification and Design of Embedded Hard Real-Time Systems; W. Nebel, et al. 25. HDLCon'00. System Level Design for SOC's; G. Martin, B. Salefski. 26. FDL'00. Virtual Component Reuse and Qualification for Digital and Analogue Design; N. Martínez Madrid, R. Seepold. 27. FDL'00. Interface Based Design Using the VSI System-level Interface Behavioral Documentation Standard; B. Bailey, et al. 28. HDLCon'00 Virtual Component HW/SW Co-Design. From System Level Design Exploration to HW/SW Implementation; F. Schirrmeister, S. Krolikoski.
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