International audienceIncreasing instruction-level parallelism is regaining attractiveness within the microprocessor industry. The EOLE microarchitecture and D-VTAGE value predictor were recently introduced to solve practical issues of value prediction (VP). In particular, they remove the most significant difficulties that forbade an effective VP hardware. In this study, we present a detailed evaluation of the potential of VP in the context of EOLE/D-VTAGE and different compiler options. Our study shows that if no single general rule always applies—more optimization might sometimes leads to more performance—unoptimized codes often gets a large benefit from the prediction of redundant loads
International audienceIn this study we explore the performance limits of value prediction for small ...
A fait l'objet d'une publication à "High Performance Computer Architecture (HPCA) 2014" Lien : http:...
The ever-increasing computational power of contemporary microprocessors reduces the execution time s...
International audienceIncreasing instruction-level parallelism is regaining attractiveness within th...
Value prediction breaks data dependencies in a program thereby creating instruction level parallelis...
International audienceEven in the multicore era, there is a continuous demand to increase the perfor...
Even in the multicore era, there is a continuous demand to increase the performance of single-thread...
Value prediction breaks data dependencies in a pro-gram thereby creating instruction level paralleli...
The practice of using speculation in resolving data dependences based on value prediction has been s...
Recent trends regarding general purpose microprocessors have focused on Thread-Level Parallelism (TL...
International audienceValue Prediction (VP) is a microarchitectural technique that speculatively bre...
Despite recent advances in high performance microprocessor architecture and compilation technologies...
International audienceA new architecture, Early/Out-of-Order/Late Execution (EOLE), leverages value ...
International audienceUp to recently, it was considered that a performance-effe...
Value prediction attempts to eliminate true-data dependencies by dynamically predicting the outcome ...
International audienceIn this study we explore the performance limits of value prediction for small ...
A fait l'objet d'une publication à "High Performance Computer Architecture (HPCA) 2014" Lien : http:...
The ever-increasing computational power of contemporary microprocessors reduces the execution time s...
International audienceIncreasing instruction-level parallelism is regaining attractiveness within th...
Value prediction breaks data dependencies in a program thereby creating instruction level parallelis...
International audienceEven in the multicore era, there is a continuous demand to increase the perfor...
Even in the multicore era, there is a continuous demand to increase the performance of single-thread...
Value prediction breaks data dependencies in a pro-gram thereby creating instruction level paralleli...
The practice of using speculation in resolving data dependences based on value prediction has been s...
Recent trends regarding general purpose microprocessors have focused on Thread-Level Parallelism (TL...
International audienceValue Prediction (VP) is a microarchitectural technique that speculatively bre...
Despite recent advances in high performance microprocessor architecture and compilation technologies...
International audienceA new architecture, Early/Out-of-Order/Late Execution (EOLE), leverages value ...
International audienceUp to recently, it was considered that a performance-effe...
Value prediction attempts to eliminate true-data dependencies by dynamically predicting the outcome ...
International audienceIn this study we explore the performance limits of value prediction for small ...
A fait l'objet d'une publication à "High Performance Computer Architecture (HPCA) 2014" Lien : http:...
The ever-increasing computational power of contemporary microprocessors reduces the execution time s...