This book investigates the critical challenges in power and timing for integrated circuit and system design. It addresses the complex interplay between power consumption, performance, and the simulation methodologies required to optimize these factors in modern electronic systems. The work draws upon recent advancements and presents novel approaches for modeling and optimizing power and timing at various levels of abstraction, aiming to guide designers in creating more efficient and performant circuits.

This book is recognized as a technical resource for researchers and engineers involved in the design and optimization of integrated circuits. Its focus on power and timing modeling suggests a deep dive into the computational and electrical engineering aspects of chip design. The content is likely to appeal to specialists seeking advanced methodologies and theoretical underpinnings for their work in VLSI and system-on-chip development.