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The Integrated Circuit (IC) industry has gone without a standardized verification approach for decades. This book defines a uniform, standardizable methodology for verifying the logical behavior of an integrated circuit, whether an I/O controller, a microprocessor, or a complete digital system. This book will help Engineers and managers responsible for IC development to bring a single, standards-based methodology to their R & D efforts, cutting costs and improving results.
Standardized Functional Verification describes the science of functional verification that applies to any digital hardware system. With a precise and comprehensive terminology this book describes a thorough technical framework for achieving superior results with greater efficiency. It also defines a scientific basis for achieving functional closure and shows how true functional closure can be measured by software.
The author provides a wealth of practical guidance to the practicing professional. It describes how to compare results from differing projects and how to assess the risk of functional bugs at tape-out or at any other critical product juncture. The book also shows consumers how to compare IP offerings from multiple vendors. For producers, it describes how to verify IP in a manner that meets customer needs. Producers and consumers of silicon IP therefore have a solid framework to communicate requirements and to align expectations effectively and efficiently.
Standardized Functional Verification is a valuable reference for verification engineers and managers, and also for developers of verification software. The principles and theory this book describes will drive creation of the next generation of verification tools.
Standardized Functional Verification describes the science of functional verification that applies to any digital hardware system. With a precise and comprehensive terminology this book describes a thorough technical framework for achieving superior results with greater efficiency. It also defines a scientific basis for achieving functional closure and shows how true functional closure can be measured by software.
The author provides a wealth of practical guidance to the practicing professional. It describes how to compare results from differing projects and how to assess the risk of functional bugs at tape-out or at any other critical product juncture. The book also shows consumers how to compare IP offerings from multiple vendors. For producers, it describes how to verify IP in a manner that meets customer needs. Producers and consumers of silicon IP therefore have a solid framework to communicate requirements and to align expectations effectively and efficiently.
Standardized Functional Verification is a valuable reference for verification engineers and managers, and also for developers of verification software. The principles and theory this book describes will drive creation of the next generation of verification tools.