QRNN: $q$ -Generalized Random Neural Network

IEEE Transactions on Neural Networks and Learning Systems
Dusan StosicBorko Stosic

Abstract

Artificial neural networks (ANNs) are widely used in applications with complex decision boundaries. A large number of activation functions have been proposed in the literature to achieve better representations of the observed data. However, only a few works employ Tsallis statistics, which has successfully been applied to various other fields. This paper presents a random neural network (RNN) with q -Gaussian activation functions [ q -generalized RNN (QRNN)] based on Tsallis statistics. The proposed method employs an additional parameter q (called the entropic index) which reflects the degree of nonextensivity. This approach has the flexibility to model complex decision boundaries of different shapes by varying the entropic index. We conduct numerical experiments to analyze the efficiency of QRNN compared with RNNs and several other classical methods. Statistical tests (Wilcoxon and Friedman) are used to validate our results and show that the QRNN performs significantly better than RNNs with different activation functions. In addition, we find that QRNN outperforms many of the compared classical methods, with the exception of support vector machines, in which case it still exhibits a substantial advantage in terms of implementa...Continue Reading

References

Jan 1, 1996·IEEE Transactions on Neural Networks·C P Chen
Aug 15, 2008·IEEE Transactions on Neural Networks·Lipo P Wang, Chunru R Wan
Apr 6, 2011·Neural Networks : the Official Journal of the International Neural Network Society·Francisco Fernández-NavarroM Carbonero-Ruz
Apr 22, 2015·IEEE Transactions on Neural Networks and Learning Systems·Rudrayya C Garigipati, Preethika Kumar

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