Adaptive microarchitectures are a promising solution for designing high-performance, power-efficient microprocessors. They offer the ability to tailor computational resources to the specific requirements of different programs or program phases. They hav
Microarchitecture optimizations, in general, exploit the gross program behavior for performance impr...
Microprocessors are traditionally designed to provide "best overall" performance across a ...
Many high-performance, embedded applications must function in rapidly changing environments. Power/s...
Adaptive microarchitectures are a promising solution for designing high-performance, power-efficient...
Adaptive microarchitectures are a promising solution for designing high-performance, power-efficient...
Increasing demand for power-efficient, high-performance computing requires tuning applications and/o...
The adaptive processing approach improves microprocessor energy efficiency by dynamically tuning maj...
This paper addresses adaptive performance management of real-time computing systems. We consider a g...
The continuing advances in VLSI technology have fueled dramatic performance gains for general-purpo...
Cache replacement and branch prediction are two important microarchitectural prediction techniques f...
Journal ArticleUsing adaptive processing to dynamically tune major microprocessor resources, develop...
Self-adaptive software systems are designed to support a number of alternative solutions for fulfill...
Abstract—The microarchitectural design space of a new processor is too large for an architect to eva...
Model predictive control (MPC) schemes employ dynamic models of a process within a receding horizon ...
142 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.Using this model we introduce...
Microarchitecture optimizations, in general, exploit the gross program behavior for performance impr...
Microprocessors are traditionally designed to provide "best overall" performance across a ...
Many high-performance, embedded applications must function in rapidly changing environments. Power/s...
Adaptive microarchitectures are a promising solution for designing high-performance, power-efficient...
Adaptive microarchitectures are a promising solution for designing high-performance, power-efficient...
Increasing demand for power-efficient, high-performance computing requires tuning applications and/o...
The adaptive processing approach improves microprocessor energy efficiency by dynamically tuning maj...
This paper addresses adaptive performance management of real-time computing systems. We consider a g...
The continuing advances in VLSI technology have fueled dramatic performance gains for general-purpo...
Cache replacement and branch prediction are two important microarchitectural prediction techniques f...
Journal ArticleUsing adaptive processing to dynamically tune major microprocessor resources, develop...
Self-adaptive software systems are designed to support a number of alternative solutions for fulfill...
Abstract—The microarchitectural design space of a new processor is too large for an architect to eva...
Model predictive control (MPC) schemes employ dynamic models of a process within a receding horizon ...
142 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.Using this model we introduce...
Microarchitecture optimizations, in general, exploit the gross program behavior for performance impr...
Microprocessors are traditionally designed to provide "best overall" performance across a ...
Many high-performance, embedded applications must function in rapidly changing environments. Power/s...
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