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The results show that the proposed prediction model surpasses the traditional SVM in prediction performance.
Open accessJournal ArticleDOI
R. Priya, P. Aruna 
01 Jul 2013
75 Citations
This infers that the SVM model outperforms all other models.
The experimental results demonstrated that the proposed model is capable to find the optimal values of the SVM parameters.
We demonstrate that the SVM is a valuable tool and show that an automated discovery- significance based optimization of the SVM hyper-parameters is a highly efficient way to prepare an SVM for such applications.
In our case study, the OC-SVM calibrated by the proposed model is shown to be useful especially in scenarios with limited amount of training data.
The selection of SVM parameters has an important influence on the classification accuracy of SVM.
It is suggested that the proposed model outperformed the conventional SVM in precision, computation time, and false negative rate
Moreover, this paper proposed an enhancing training method to guarantee the accuracy of SVM model.
Experimental results show that the prediction accuracy of conventional SVM may be improved significantly by using our model.
The results showed that SVM is superior to various other learning techniques considering the generalization capability of produced model.
The results of model testing showed that the SVM achieves good predictive performance.
Results show that both model parameters and training sample size can influence the prediction accuracy of the SVM model.
It is shown that the proposed method achieves both significantly higher prediction performance and faster convergence speed in comparison with a single SVM model.
The result shows that the SVM model has an optimal parameter on C parameters 0.1 and 0 Epsilon.
Numerical results show that the optimal hybrid model outperforms the direct application of SVM by 12.7 percent.