The improved performance of current microprocessors brings with it increasingly complex and power-dissipating issue logic. Recent proposals introduce a range of mechanisms for tackling this problem.Peer Reviewe
In this paper, we propose a new issue queue design that is capable of scheduling reusable instructio...
Abstract — In contemporary and future embedded as well as high-performance microprocessors, power co...
The “one–size–fits–all ” philosophy used for permanently allocating datapath resources in today’s su...
The improved performance of current microprocessors brings with it increasingly complex and power-di...
A major consumer of microprocessor power is the issue queue. Several microprocessors, including the ...
As technology evolves, power density significantly increases and cooling systems become more complex...
The issue logic of a superscalar processor dissipates a large amount of static and dynamic power. Fu...
Large instruction windows and issue queues are key to exploiting greater instruction level paralleli...
The issue logic of a dynamically-scheduled superscalar processor is a complex mechanism devoted to s...
A Large instruction window is a key requirement to exploit greater Instruction Level Parallelism in ...
Instruction issue logic is a critical component in modern high-performance out-of-order processors. ...
In contemporary superscalar microprocessors, issue queue is a considerable energy dissipating compon...
Speculatively issued instructions may be particularly sensitive to increases in pipeline depth. Our ...
Instruction queues consume a significant amount of power in a high-performance processor. The wakeup...
Front-end instruction delivery accounts for a significant fraction of the energy consumed in a dynam...
In this paper, we propose a new issue queue design that is capable of scheduling reusable instructio...
Abstract — In contemporary and future embedded as well as high-performance microprocessors, power co...
The “one–size–fits–all ” philosophy used for permanently allocating datapath resources in today’s su...
The improved performance of current microprocessors brings with it increasingly complex and power-di...
A major consumer of microprocessor power is the issue queue. Several microprocessors, including the ...
As technology evolves, power density significantly increases and cooling systems become more complex...
The issue logic of a superscalar processor dissipates a large amount of static and dynamic power. Fu...
Large instruction windows and issue queues are key to exploiting greater instruction level paralleli...
The issue logic of a dynamically-scheduled superscalar processor is a complex mechanism devoted to s...
A Large instruction window is a key requirement to exploit greater Instruction Level Parallelism in ...
Instruction issue logic is a critical component in modern high-performance out-of-order processors. ...
In contemporary superscalar microprocessors, issue queue is a considerable energy dissipating compon...
Speculatively issued instructions may be particularly sensitive to increases in pipeline depth. Our ...
Instruction queues consume a significant amount of power in a high-performance processor. The wakeup...
Front-end instruction delivery accounts for a significant fraction of the energy consumed in a dynam...
In this paper, we propose a new issue queue design that is capable of scheduling reusable instructio...
Abstract — In contemporary and future embedded as well as high-performance microprocessors, power co...
The “one–size–fits–all ” philosophy used for permanently allocating datapath resources in today’s su...
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