Abstract
To meet the increasing demand for its services, a cloud system should make optimum use of its available resources. Additionally, the high and low oscillations in cloud workload are another significant symmetrical issue that necessitates consideration. A suggested particle swarm optimization (PSO)-based ensemble meta-learning workload forecasting approach uses base models and the PSO-optimized weights of their network inputs. The proposed model employs a blended ensemble learning strategy to merge three recurrent neural networks (RNNs), followed by a dense neural network layer. The CPU utilization of GWA-T-12 and PlanetLab traces is used to assess the method’s efficacy. In terms of RMSE, the approach is compared to the LSTM, GRU, and BiLSTM sub-models.
Funding Information
  • National Natural Science Foundation of China (62271128, 61802033, 2020YFQ0018, 2022ZDX0004, 22ZDX0046, 2022YFG0212, 2021YFG0027, 2020YFG0475, 2019YJ0543)
  • Sichuan Regional Innovation Cooperation Project (62271128, 61802033, 2020YFQ0018, 2022ZDX0004, 22ZDX0046, 2022YFG0212, 2021YFG0027, 2020YFG0475, 2019YJ0543)
  • key Rand D Projects of Sichuan Science and Technology Program (62271128, 61802033, 2020YFQ0018, 2022ZDX0004, 22ZDX0046, 2022YFG0212, 2021YFG0027, 2020YFG0475, 2019YJ0543)

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