This network extends the training network in Fig 2, represented by components with the gray background, by including an additional detailed neuron population “pop2” and the corresponding oracle components. With this architecture, we can compute the feedforward function f(x) on the connection between “pop1” and “pop2” by using osNEF to train the synaptic parameters d1, e2, and h1. As before, coloration indicates ReLU neurons (gray) or detailed neurons (blue), synaptic parameters trained by online learning (orange) or offline optimization (green), NEF computations (gray), and finally the new components involved in the calculation of f(x) (purple).</p
This letter aims at determining the optimal bias and magnitude of initial weight vectors based on mu...
Data mining techniques have become extremely important with the proliferation of data. One technique...
I extend the class of exactly solvable feed-forward neural networks discussed in a previous publicat...
The top half of the figure is the “oracle” stream, where the desired filters and transformations are...
Using the network architecture in Fig 5, we initialize neural populations “pop1” and “pop2” with 100...
Using the network architecture in Fig 5, we initialize neural populations “pop1” and “pop2” with 100...
This system loads and stores a two-dimensional value in a working memory; when the “gate” signal is ...
A new methodology for neural learning is presented, whereby only a single iteration is required to t...
(eng) We present a general model for differentiable feed-forward neural networks. Its general mathem...
Abstract — Feedforward neural network is one of the most commonly used function approximation techni...
<p>A. Network architecture. The network is composed of two interacting modalities. Each modality rec...
AbstractArtificial neural network is a computational algorithm that mimics the workings of nerve cel...
Artificial Neural Networks have been widely probed by worldwide researchers to cope with the problem...
(A) The network had three layers of neurons with a feed-forward connectivity scheme. Input from virt...
This paper surveys recent work by the author on learning and representational capabilities of feedfo...
This letter aims at determining the optimal bias and magnitude of initial weight vectors based on mu...
Data mining techniques have become extremely important with the proliferation of data. One technique...
I extend the class of exactly solvable feed-forward neural networks discussed in a previous publicat...
The top half of the figure is the “oracle” stream, where the desired filters and transformations are...
Using the network architecture in Fig 5, we initialize neural populations “pop1” and “pop2” with 100...
Using the network architecture in Fig 5, we initialize neural populations “pop1” and “pop2” with 100...
This system loads and stores a two-dimensional value in a working memory; when the “gate” signal is ...
A new methodology for neural learning is presented, whereby only a single iteration is required to t...
(eng) We present a general model for differentiable feed-forward neural networks. Its general mathem...
Abstract — Feedforward neural network is one of the most commonly used function approximation techni...
<p>A. Network architecture. The network is composed of two interacting modalities. Each modality rec...
AbstractArtificial neural network is a computational algorithm that mimics the workings of nerve cel...
Artificial Neural Networks have been widely probed by worldwide researchers to cope with the problem...
(A) The network had three layers of neurons with a feed-forward connectivity scheme. Input from virt...
This paper surveys recent work by the author on learning and representational capabilities of feedfo...
This letter aims at determining the optimal bias and magnitude of initial weight vectors based on mu...
Data mining techniques have become extremely important with the proliferation of data. One technique...
I extend the class of exactly solvable feed-forward neural networks discussed in a previous publicat...