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Fig 1.

Schematic diagram of RBFNN architecture.

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Fig 2.

Flowchart of the differential search algorithm.

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Fig 3.

Flowchart of the particle swarm optimization algorithm.

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Fig 4.

Flowchart of the proposed PSODS algorithm.

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Table 1.

Description of public datasets.

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Fig 5.

RMSE for Boston House Pricing for by varying hidden layer neurons.

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Fig 6.

RMSE for Concrete Compressive strength by varying hidden layer neurons.

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Fig 7.

RMSE for Airfoil self—noise by varying hidden layer neurons.

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Fig 8.

RMSE for Istanbul Stock Exchange by varying hidden layer neurons.

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Fig 9.

RMSE for Forest Fires by varying hidden layer neurons.

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Fig 10.

RMSE for Abalone by varying hidden layer neurons.

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Fig 11.

RMSE for Auto MPG by varying hidden layer neurons.

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Table 2.

Summary of results obtained for Boston House Pricing.

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Table 3.

Summary of results obtained for Concrete Compressive strength.

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Table 4.

Summary of results obtained for Airfoil self -noise.

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Table 5.

Summary of results obtained for Istanbul Stock Exchange.

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Table 6.

Summary of results obtained for Forest Fires.

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Table 7.

Summary of results obtained for Abalone.

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Table 8.

Summary of results obtained for Auto MPG.

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Fig 12.

a) Convergence plot b) Successfully predicted samples for Boston House Pricing.

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Fig 13.

a) Convergence plot b) Successfully predicted samples for Concrete strength.

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Fig 14.

a) Convergence plot b) Successfully predicted samples for Airfoil self -noise.

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Fig 15.

a) Convergence plot b) Successfully predicted samples for Istanbul Stock Exchange.

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Fig 16.

a) Convergence plot b) Successfully predicted samples for Forest Fires.

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Fig 17.

a) Convergence plot b) Successfully predicted samples for Abalone.

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Fig 18.

a) Convergence plot b) Successfully predicted samples for Auto MPG.

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Fig 19.

Normalized RMSE statistics using PSODS for % increase in testing samples.

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Table 9.

Summary of results obtained for wind speed.

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Fig 20.

a) Convergence plot b) Successfully predicted samples for wind speed.

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Fig 21.

Normalized RMSE statistics for wind speed for % increase in testing samples.

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Table 10.

Summary of test RMSE obtained using different neural networks.

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Table 11.

Summary of successful prediction of samples.

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Table 12.

Performance comparison of population initialization algorithm for PSODS-RBFNN.

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