Optimizing the performance of MLP and SVR predictors based on logical oring and experimental ranking equation
Özet
Improving conventional prediction systems is widely used to optimize the learning process, achieve
higher performance, and avoid overfitting. This paper’s purpose is to propose a new predictor for solar
tracking systems applications based on oring operator and ranking equation with a conventional predictor including Multi-Layer Perceptron (MLP) and Support Vector Machine Regression (SVR). The point of
using oring and ranking equation is to create a new variable that stores the information of combined
attributes. This process aims to increase the accuracy of predictors and increase the efficiency of
intelligent solar tracking systems. The experiments used 6 different datasets for solar tracking systems.
The results revealed that the proposed predictors performed better than conventional predictors. Using
the proposed predictors has improved both Root Mean Square Error (RMSE) and Coefficient of
Determination (R2
). The developed MLP models showed lower RMSE and higher R2 compared to
conventional MLP models. The improvement ranges for using MLP are from 1.0013 to 1.4614 degrees
for RMSE, and from 1.0019 to 1.4984 times for R2
, while the improvement ranges using SVM are from 1.001
to 1.988 degrees for RMSE and from 1.000 to 2.385 times for R2.
Cilt
44Sayı
2Bağlantı
https://hdl.handle.net/11363/4899Koleksiyonlar
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