neuralnet: Training of Neural Networks
neuralnet: Обучение нейронных сетей
2010-01-01
SCID: 54.1/bmed4v6u
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R packagebackpropagationcustom activation functioncustom error functioninfert datasetmultilayer perceptronneuralnetregression analysisresilient backpropagation
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Abstract (AI)
Artificial neural networks are applied in many situations. neuralnet is built to train multi-layer perceptrons in the context of regression analyses, i.e. to approximate functional relationships between covariates and response variables. Thus, neural networks are used as extensions of generalized linear models. neuralnet is a very flexible package. The backpropagation algorithm and three versions of resilient backpropagation are implemented and it provides a custom-choice of activation and error function. An arbitrary number of covariates and response variables as well as of hidden layers can theoretically be included. The paper gives a brief introduction to multilayer perceptrons and resilient backpropagation and demonstrates the application of neuralnet using the data set infert, which is contained in the R distribution.
Key Findings
1
The paper demonstrates neuralnet usage on the R dataset 'infert' and provides introductions to MLPs and resilient backpropagation.
2
neuralnet allows custom choice of activation and error functions.
3
neuralnet implements backpropagation and three versions of resilient backpropagation as training algorithms.
4
neuralnet package trains multi-layer perceptrons for regression to approximate relationships between covariates and responses.
5
neuralnet supports an arbitrary number of covariates, response variables, and hidden layers in theory.
Research Object
neuralnet R package for training multilayer perceptrons
Research Subject
Training and configuration of artificial neural networks for regression (implementation of backpropagation and resilient backpropagation variants, activation/error function choices, and network architecture) to approximate relationships between covariates and response variables
Publication Details
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2010-01-01
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