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UML for SOC Design 2005 ed. [Kõva köide]

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  • Formaat: Hardback, 272 pages, kõrgus x laius: 235x155 mm, kaal: 1280 g, XII, 272 p., 1 Hardback
  • Ilmumisaeg: 11-Jul-2005
  • Kirjastus: Springer-Verlag New York Inc.
  • ISBN-10: 0387257446
  • ISBN-13: 9780387257440
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UML for SOC Design 2005 ed.Suurem pilt
  • Formaat: Hardback, 272 pages, kõrgus x laius: 235x155 mm, kaal: 1280 g, XII, 272 p., 1 Hardback
  • Ilmumisaeg: 11-Jul-2005
  • Kirjastus: Springer-Verlag New York Inc.
  • ISBN-10: 0387257446
  • ISBN-13: 9780387257440
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9780387257440.html
Märksõnad:
UML for SOC supplies tutorial approach to using the UML modeling language in system-on-chip design. It assembles the key contributors from DAC 2004 UML and SoC workshop, with some additional contributions to the book addede by other experts who did not present at the workshop. The selected chapters detail the latest approaches to executable UML, UML translations for FPGA synthesis and SystemC simulation, as well as UML-specific SoC methodologies. They give insights into the current state of the art, and the most recent advances in applying UML to SoC design. They also provide a representative overview of current UML activities in SoC design and give an excellent introduction to UML's application in hardware and hardware/software codesign.

A tutorial approach to using the UML modeling language in system-on-chip design

Based on the DAC 2004 tutorial, applicable for students and professionals

Contributions by top-level international researchers

The best work at the first UML for SoC workshop

Unique combination of both UML capabilities and SoC design issues

Condenses research and development ideas that are only found in multiple conference proceedings and many other books into one place

Will be the seminal reference work for this area for years to come

Preface xi
When Worlds Collide: Can UML help SoC Design?
1(16)
Grant Martin
Wolfgang Mueller
Introduction
1(1)
New Directions for HW-SW Interaction
2(1)
UML 2.0
3(4)
UML Profiles
7(2)
Executable UML
9(2)
UML in the SoC Design Process
11(4)
Conclusions
15(2)
Why Systems-on-Chip needs More UML like a Hole in the Head
17(20)
Stephen J. Mellor
John R. Wolfe
Campbell McCausland
Problem and Solution
17(3)
Executable and Translatable UML Application Models
20(7)
Manipulating the Application Models
27(5)
Marks
32(1)
Work in Context
33(2)
How Does All This Stack Up?
35(1)
A Hole in the Head?
36(1)
UML as a Framework for Combining Different Models of Computation
37(26)
Peter Green
Introduction
37(1)
Modeling Framework
38(1)
Modeling Synchronous Dataflow Graphs in UML 2.0
39(5)
Communication and Concurrency
44(2)
Class and Object Relationships
46(4)
The Shell Model
50(3)
Hybrid Shells
53(2)
Mapping Shell Models to Software and Hardware
55(2)
Case Study: A Simple Modem
57(4)
Conclusions
61(2)
A Generic Model Execution Platform for the Design of Hardware and Software
63(26)
Tim Schattkowsky
Wolfgang Mueller
Achim Rettberg
Introduction
63(1)
Related Works
64(2)
The Model Execution Platform (MEP)
66(9)
Code Generation for Hardware Implementation
75(11)
The MEP Virtual Machine
86(1)
Conclusions
87(2)
Hardware/Software Codesign of Reconfigurable Architectures Using UML
89(30)
Bernd Steinbach
Dominik Frohlich
Thomas Beierlein
Introduction
89(2)
A Platform Model Driven Development Approach
91(8)
Mapping Design Models onto Implementation Models
99(3)
Mapping Implementation Models onto Platform-Specific Implementations
102(13)
Experimental Results
115(1)
Conclusions
116(3)
A Methodology for Bridging the Gap between UML and Codesign
119(28)
Ananda Shankar Basu
Marcello Lajolo
Mauro Prevostini
Introduction
119(1)
State of the Art and Contribution
120(1)
The ACES Codesign Flow
121(9)
Modeling Hardware Related Aspects in UML
130(7)
Model Verification in UML
137(2)
Transformation from UML to Codesign
139(7)
Conclusions
146(1)
UML Tailoring for SystemC and ISA Modelling
147(28)
Giovanni Agosta
Francesco Bruschi
Donatella Sciuto
Introduction
147(1)
Abstraction and Application Specificity
148(4)
UML Transaction Level Modeling
152(9)
Application Specific UML Modeling
161(12)
Concluding Remarks
173(2)
Model-Driven SoC Design: The UML-SystemC Bridge
175(24)
Kathy Dang Nguyen
Zhenxin Sun
P.S. Thiagarajan
Weng-Fai Wong
Introduction
175(4)
SystemC Preliminaries
179(1)
UML Modeling
179(4)
Implementation
183(5)
Examples and Results
188(8)
Conclusion
196(3)
A Comparison between UML and Function Blocks for Heterogeneous SoC Design and ASIP Generation
199(24)
Lisane Brisolara
Leandro B. Becker
Luigi Carro
Flavio Wagner
Carlos E. Pereira
Introduction
199(2)
A Methodology for SoC Design and ASIP Generation
201(2)
Case Study: Evaluating High Level Models
203(14)
Problems in Mapping from High Level Models to HW--SW SoC
217(3)
Related Works
220(2)
Conclusions
222(1)
A Model-Driven Development Process for Low Power SoC Using UML
223(30)
Yves Vanderperren
Wim Dehaene
Introduction
223(2)
UML and System Design
225(5)
Process and Model-Driven Development
230(1)
Model-Driven Development for SoC: Case Study
231(20)
Conclusions
251(2)
References 253


Both Dr. Grant Martin and Dr. Wolfgang Müller have authored and edited successful books for Kluwer in the past, and they are internationally recognized as been experts in the Unified Modeling Language (UML) as well as System-on-Chip design