A highly efficient recurrent neural network architecture for data regression

Ergen, TolgaCeyani, Emir2019-02-212019-02-2120189781538615010http://hdl.handle.net/11693/50236Date of Conference: 2-5 May 2018In this paper, we study online nonlinear data regression and propose a highly efficient long short term memory (LSTM) network based architecture. Here, we also introduce on-line training algorithms to learn the parameters of the introduced architecture. We first propose an LSTM based architecture for data regression. To diminish the complexity of this architecture, we use an energy efficient operator (ef-operator) instead of the multiplication operation. We then factorize the matrices of the LSTM network to reduce the total number of parameters to be learned. In order to train the parameters of this structure, we introduce online learning methods based on the exponentiated gradient (EG) and stochastic gradient descent (SGD) algorithms. Experimental results demonstrate considerable performance and efficiency improvements provided by the introduced architecture.TurkishEf-operatorExponentiated gradientGradient descentLong short term memory networkMatrix factorizationA highly efficient recurrent neural network architecture for data regressionVeri bağlanımı için yüksek verimli yinelemeli sinir ağı yapısıConference Paper10.1109/SIU.2018.8404708