EAP: Energy-Awareness Predictor in Multicore CPU
  • Bui, Dinh-Mao
  • Huynh-The, Thien
  • Yoon, YongIk
  • Jun, SungIk
  • Lee, Sungyoung
Citations

WEB OF SCIENCE

0
Citations

SCOPUS

1

초록

To deal with inference and reasoning problems, Gaussian process has been considered as a promising tool due to the robustness and flexibility features. Especially, solving the regression and classification, Gaussian process coupling with Bayesian learning is one of the most appropriate supervised learning approaches in terms of accuracy and tractability. Because of these features, it is reasonable to engage Gaussian process for energy saving purpose. In this paper, the research focuses on analyzing the capability of Gaussian process, implementing it to predict CPU utilization, which is used as a factor to predict the status of computing node. Subsequently, a migration mechanism is applied so as to migrate the system-level processes between CPU cores and turn off the idle ones in order to save the energy while still maintaining the performance.

키워드

Bayesian learningCPU utilizationEnergy efficiencyGaussian processProactive predictionEnergy conservationEnergy efficiencyForecastingGaussian noise (electronic)Bayesian learningCPU utilizationEnergy awarenessGaussian ProcessesMigration mechanismsMulti-core cpusReasoning problemsSupervised learning approachesGaussian distribution
제목
EAP: Energy-Awareness Predictor in Multicore CPU
저자
Bui, Dinh-MaoHuynh-The, ThienYoon, YongIkJun, SungIkLee, Sungyoung
DOI
10.1007/978-981-10-0281-6_52
발행일
2015-12
유형
Article
저널명
Lecture Notes in Electrical Engineering
373
페이지
361 ~ 366