Electronic Design Automation The Morgan Kaufmann Series in Systems on Silicon Series EditorWayne Wolf Georgia Insti Electronic Design Automation: Synthesis, Verification, and Test (Systems on Silicon) DOWNLOAD PDF. Electronic Design Automation: Synthesis, Verification, and Test. Edited by. Laung -Terng Wang. Yao-Wen Chang. Kwang-Ting (Tim) Cheng. AMSTERDAM. PDF | This is a review of Electronic Design Automation: Synthesis, Verification and Test (Systems on Silicon) by Laung-Terng Wang, Yao-Wen Chang, and.
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5 days ago [Free] Electronic Design Automation Synthesis Verification And Test Systems On Silicon [PDF]. [EPUB] Electronic design automation (EDA). How to Design a Chip. • Electronic Design Automation (EDA) Synthesis. – Translation + Optimization. • Verification and Simulation. – Verifying the . Automation and Test in Europe (DATE). – Started in Springsoft. • PDF solutions. Wang L., Chang Y., Cheng K. (Ed.). Electronic Design Automation: Synthesis, Verification, and Test. Файл формата pdf; размером 20,78 МБ.
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Start Free Trial No credit card required. View table of contents. Start reading. Anyone who needs to learn the concepts, principles, data structures, algorithms, and architectures of the EDA flow will benefit from this book. Introduction Bibliography References R1. To facilitate that goal and to evolve the VLSI design curriculum, this textbook selects a set of core EDA topics which, in our opinion, provides an essential, fundamental understanding of the EDA tasks and the design process.
We have also chosen key topics on functional verification, including both simulation and formal techniques, and a range of testing topics, such as design for testability, test synthesis, fault simulation, and test generation.
Each chapter of this book follows a specific format. The subject matter of the chapter is first introduced. Related methods are explained in detail next. Then, industry practices, if applicable, are described before concluding remarks. Each chapter contains a variety of exercises to allow the use of this book as a textbook for an entry-level EDA course.
Every chapter concludes with acknowledgment to contributors and reviewers and a list of references. Chapter 1 provides an introduction to electronic design automation EDA. It begins with an overview of the EDA historic perspective. This is followed by a discussion of the importance of EDA — why EDA plays a central role in meeting timeto-market pressure and manufacturing quality of the nanometer design era.
Typical design flows and examples are illustrated at different levels of abstraction — how a system-level design is automated through the modeling, synthesis, verification, and test stages.
Chapter 2 covers fundamental complementary metal oxide semiconductor CMOS design principles and techniques that are required knowledge for the understanding of system-on-chip SOC designs and EDA applications.
While the topic is quite broad, we mainly focus on the widely used CMOS design and automation techniques and introduce them in an easy-to-grasp manner with extensive illustrations and examples.
Emerging low-power design techniques that can be utilized to lengthen battery life or to reduce system failures due to overheat are also included in the chapter.
This chapter puts great emphasis on three basic DFT techniques that have been widely used in industry today for digital circuit testing: scan design, logic built-in self-test BIST , and test compression. Testability analysis methods to assess the testability of a logic circuit are first described.
The three DFT techniques are then explained in detail including schemes for at-speed testing and practiced in industry. Chapter 4 introduces the fundamentals of algorithms that are essential to EDA tasks including synthesis, verification, and test.
This chapter starts with an introduction to computational complexity, followed by various graph algorithms that are commonly used to model and solve EDA problems. It also covers several heuristic algorithms for practical use on real-life designs.
The remainder of the chapter briefly surveys the mathematical programming techniques that can provide a theoretical background on the optimization problems. Chapter 5 begins with electronic-system-level ESL design modeling and high-level synthesis — the first step of EDA after a design is specified for implementation.
The role of high-level synthesis in the context of ESL design modeling is discussed. An example is given to describe the generic structure required to build a high-level synthesis tool and the tasks involved.
This is followed by a detailed description of the key algorithms, including scheduling and binding. Advanced topics are discussed at the end of the chapter.
Chapter 6 jumps into logic synthesis — the essential step bridging high-level synthesis and physical design. Important data structures for Boolean function representation and reasoning are first introduced, followed by the classical issues of logic optimization which includes two-level and multilevel logic minimization , technology mapping, timing analysis, and timing optimization. Advanced and emerging topics are outlined for further reading. Chapter 7 discusses the test synthesis process that automatically inserts the DFT circuits, discussed in Chapter 3, into a design during or after logic synthesis.
Test synthesis flows and examples are then described to show how the test automation is performed. The remainder of the chapter is devoted to illustrating the automation of DFT circuit insertion at the registertransfer level RTL.
Chapter 8 covers various logic and circuit simulation techniques that allow a designer to understand the dynamic behavior of a system at different stages of the design flow. The chapter begins with a discussion of logic simulation techniques that are fundamental to software simulators. Next, hardware-accelerated logic simulation, which is commonly referred to as emulation, is introduced. Both logic simulation and emulation of systems are typically performed at a higher level of design abstraction.
The last part of the chapter deals with the simulation of the most basic components of a circuit, namely, devices and interconnects. This chapter first introduces the verification processes at various design stages. Common structural and functional coverage metrics which measure the verification quality are described. This chapter also discusses the key tasks involved in simulation-based verification, such as stimulus generation, assertion-based verification, and random testing.
The mathematical backgrounds and examples for various formal approaches are also provided.
Advanced verification techniques are presented as supplements at the end of the chapter. Chapter 10 addresses floorplanning of the physical design process.
The two most popular approaches to floorplanning, simulated annealing and analytical formulations, are covered.
Some modern floorplanning issues related to soft modules, fixed-outline constraints, and large-scale designs are also addressed. Chapter 11 covers placement of the physical design process. This chapter focuses on techniques to solve the global placement problem. Algorithms for the most common global placement approaches, namely partitioning-based approach, simulated annealing approach and analytical approach, are presented.
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