Safely meeting Worst Case Energy Consumption (WCEC) criteria requires accurate energy
modeling of software. We investigate the impact of instruction operand values upon energy …

With traditional cycle-accurate or instruction-set simulations of processors often being too
slow, host-compiled or source-level software execution approaches have recently become …

Energy efficiency has emerged as a key concern for modern processor design, especially
when it comes to embedded and mobile devices. It is vital to accurately quantify the power …

This book examines various developments of cyber-physical systems (CPS) that are
impacting our daily lives and sets the stage for future directions in this domain. The book …

With the end of Dennard scaling, energy efficiency has become an important metric driving
future processor architectures, particularly in the fields of mobile and embedded devices. To …

With ever increasing design complexities, traditional cycle-accurate or instruction-set
simulations are often too slow or too inaccurate for system prototyping in early design …

Accurate power and performance models are needed to enable rapid, early system-level
analysis and optimization. There is, however, a lack of fast yet fine-grain power models of …

Virtual platform prototypes are widely used for early design space exploration at the system
level. There is, however, a lack of accurate and fast power and performance models of …

Virtual platform prototypes are widely utilized to enable early system-level design space
exploration. Accurate power models for hardware components at high levels of abstraction …

Society's increasing dependence on information technology has resulted in the deployment
of vast compute resources. The energy costs of operating these resources coupled with …