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논문검색

Resource Demand Optimization Combined Prediction under Cloud Computing Environment Based On IOWGA Operator

초록

영어

On demand resource forecasting in cloud computing is an crucial guarantee for achieving effective management of all virtualized resources and reducing data center energy consumption. According to single forecasting model cannot integrate all the valid information which leads to the decline in prediction accuracy. This paper proposed an optimal combination prediction model for cloud computing resource requirement. This model is based on generalized Dice coefficient and the induced ordered weighted geometric mean (IOWGA) operator, as well as improved Elman neural network and grey forecasting model. It is able to accurately reflect the random information and trend information in cloud computing load thus will enhance the overall prediction accuracy. The experiment results show this method is feasible and effective.

목차

Abstract
 1. Introduction
 2. Clouds Computing Resource Management Structure and Operating System
 3. Instant Analyses
  3.1. Improved Elman Wavelet Neural Network
  3.2. GM(1.1)
  3.3. IOWGA Operator Optimization Assembled Prediction Model Based On Generalized Dice Coefficient
 4. Instant Analyses
 5. Conclusions
 References

저자정보

  • Lin Li School of Management, He Fei University of Technology, Anhui PR China, Anhui finance &trade vocational college, Anhui PR China
  • Aiguo Zhang School of Management, AnQing teachers college, Anhui PR China

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