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Robert K. Brayton Alberto L. Sangiovanni-Vincentelli Rajeev Murgai Engineering English

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by Robert K. Brayton,Alberto L. Sangiovanni-Vincentelli,Rajeev Murgai

Author:	Robert K. Brayton,Alberto L. Sangiovanni-Vincentelli,Rajeev Murgai
Subcategory:	Engineering
Language:	English
Publisher:	Springer; 1995 edition (July 31, 1995)
Pages:	427 pages
Category:	Engineering and Transport
Rating:	4.3
Other formats:	doc lit rtf mbr

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Product details This book covers topics of Logic Synthesis in Interrelated manner,which gives u a feel of confidence for in depth knowledge of Logic.

Series: The Springer International Series in Engineering and Computer Science (Book 324). Hardcover: 427 pages. Gate array implementations differ from traditional logic design not just in scale, but in kind. A million- or billion-gate system is bigger than a student's 4-variable exercises in Karnaugh mapping, for sure. This book covers topics of Logic Synthesis in Interrelated manner,which gives u a feel of confidence for in depth knowledge of Logic Synthesis.

User-programmable gate arrays (field-programmable gate arrays, FPGAs) have recently emerged and are changing the way electronic systems are designed and implemented. The growing complexity of the logic circuits that can be packed onto an FPGA chip means that it has become important to have automatic synthesis tools that implement logic functions on these architectures. Logic Synthesis for Field-Programmable Gate Arrays describes logic synthesis for both look-up table (LUT) and multiplexor-based architectures, with a balanced presentation of existing techniques together with algorithms and the.

Logic Synthesis for Field-Programmable Gate Arrays. by Robert K. Brayton, Rajeev Murgai, Alberto L. lli. Short turnaround has become critical in the design of electronic systems

Logic Synthesis for Field-Programmable Gate Arrays. Short turnaround has become critical in the design of electronic systems. However, the inherent performance limitations of e systems mean that they are inadequate for high-performance designs. Designers thus turned to gate arrays as a solution.

The Springer International Series in Engineering and Computer Science. User-programmable gate arrays (field-programmable gate arrays, FPGAs) have recently emerged and are changing the way electronic systems are designed and implemented. Rajeev Murgai Robert K. Brayton Alberto L. lli6-dekabr, 2012. Springer Science & Business Media. Sovg‘a sifatida xarid qilish.

User-programmable gate arrays (field-programmable gate arrays, FPGAs) have recently emerged and are changing the way . Описание: This book constitutes the refereed proceedings of the 14th International Conference on Field-Programmable Logic, FPL 2003, held in Leuven, Belgium in August/September 2004.

The algorithms for synthesis onto programmable gate arrays (PGAs) have so far addressed only the combinational logic problem. The authors present two algorithms for mapping a sequential circuit onto a specific table look up architecture, namely the Xilinx 3090 architecture. The first algorithm maps combinational and sequential elements simultaneously.

oceedings{Murgai1990LogicSF, title {Logic Synthesis for Programmable Gate Arrays}, author {Rajeev Murgai and Yoshihito Nishizaki and Narendra V. Shenoy and Robert K. Brayton and Alberto . . Brayton and Alberto L. lli}, booktitle {DAC}, year {1990} . The problem of combinational logic synthesis is addressed for two interesting and popular classes of programmable gate array architectures: table-look-up and multiplexor-based.

The roots of the project which culminates with the writing of this book can be traced to the work on logic synthesis started .

During the preliminary phases of these projects, the impor tance of logic minimization for the synthesis of area and performance effective circuits clearly emerged. In 1980, Richard Newton stirred our interest by pointing out new heuristic algorithms for two-level logic minimization and the potential for improving upon existing approaches

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Short turnaround has become critical in the design of electronic systems. Software- programmable components such as microprocessors and digital signal processors have been used extensively in such systems since they allow rapid design revisions. However, the inherent performance limitations of software-programmable systems mean that they are inadequate for high-performance designs. Designers thus turned to gate arrays as a solution. User-programmable gate arrays (field-programmable gate arrays, FPGAs) have recently emerged and are changing the way electronic systems are designed and implemented. The growing complexity of the logic circuits that can be packed onto an FPGA chip means that it has become important to have automatic synthesis tools that implement logic functions on these architectures. Logic Synthesis for Field-Programmable Gate Arrays describes logic synthesis for both look-up table (LUT) and multiplexor-based architectures, with a balanced presentation of existing techniques together with algorithms and the system developed by the authors. Audience: A useful reference for VLSI designers, developers of computer-aided design tools, and anyone involved in or with FPGAs.

Comments:

Nicanagy

Gate array implementations differ from traditional logic design not just in scale, but in kind. A million- or billion-gate system is bigger than a student's 4-variable exercises in Karnaugh mapping, for sure. Logic implementation in terms of LUTs (as in Altera's and Xilinx's FPGAs) or muxes (as in Actel's) differs fundamentally from and-or-not logic, too. If you build tools that do LUT-level synthesis from behavioral specifications, you need this book.

This covers a wide range of advanced techniques needed for synthesis into current FPGAs. After a thorough introduction to FPGA basics, the authors start on logic optimization. The authors review traditional kinds of optimization, then move on to the different techniques that serve the different needs of designers with arbitrary N-input functions as their atoms. This includes not just optimizations for minimal area, but for minimal logic depth, too. Because of the intractability of the problems, the authors focus on heuristic algorithms. Quite a few are presented, often in terms of working tool implementations, and compared.

Unlike other books that discuss only combinational synthesis, this includes a lengthy section on mapping sequential logic into specific technologies. This isn't a logic design text, it doesn't say anything about reducing a problem statement to gates and registers. Instead, it starts at that point and explores techniques for mapping clocked logic into the idiosyncracies of a specific logic fabric. Discussion uses Xilinx 3000-family CLBs for demonstration purposes. The analysis, however, can be applied to similar kind of cell with logic, latches, and internal return paths. The authors omit mention of carry chains and other irregularities, but give exhaustive coverage within the basic feature set.

This is a text for the tool builder, not the logic designer. Despite the 1995 date of the edition reviewed here, the generality of the approaches keeps this relevant for even the newest offerings from Altera, Xilinx, and the rest. The authors say little about placement and routing, although they do address on-chip communication lines of various sorts. They omit the special needs of arithmetic synthesis, too, focussing instead on traditional kinds of combinational logic. These are editorial choices, though, not true weaknesses in this book.

The modern tool builder will be aware of more recent and ongoing innovations in synthesis, especially when dealing with the varied, specialized resources on today's chips. But even the most advanced of today's synthesis experts need occasional review or reference, and tomorrow's experts have to start somewhere. If you participate in this specialized field, this book must be on your shelf.

//wiredweird, reviewing the 1995 edition