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Activation Function
Comparison of ReLU and linear saturated activation functions in neural network for universal approximation
2019
Activation functions used in hidden layers directly affect the possibilities for describing nonlinear systems using a feedforward neural network. Furthermore, linear based activation functions are less computationally demanding than their nonlinear alternativ…
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Activation Function

Artificial neural network node function

Activation function of a node in an artificial neural network is a function that calculates the output of the node (based on its inputs and the weights on individual inputs). Nontrivial problems can be solved only using a nonlinear activation function. Modern activation functions include the smooth version of the ReLU, the GELU, which was used in the 2018 BERT model, the logistic (sigmoid) function used in the 2012 speech recognition model developed by Hinton et al, the ReLU used in the 2012 AlexNet computer vision model and in the 2015 ResNet model.

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Comparison of ReLU and linear saturated activation functions in neural network for universal approximation
2019
Activation functions used in hidden layers directly affect the possibilities for describing nonlinear systems using a feedforward neural network. Furthermore, linear based activation functions are less computationally demanding than their nonlinear alternatives. In addition, feedforward neural networks with linear based activation functions can be advantageously used for control of nonlinear systems, as shown in previous authors' publications. This paper aims to compare two types of linear based functions…
Click Activation Function Vs:
Feedforward Neural Network
Rectifier (Neural Networks)
Computer Science
Feed Forward (Control)
Algorithm
Mathematics
Artificial Intelligence
Engineering
Programming Language
Click Activation Function Vs:
Physics
Quantum Mechanics
Control Engineering