<p>Architecture (a) corresponds to the algorithm of learning and recall as described in the text. In (b) we use an approximation to maximize the capacity and reduce the number of neural units. Middle layer with synaptic matrix is eliminated, synaptic matrices of the resulting two layers are identical up to transposition. Therefore we have distinct connections ( is the number of stored memories and is the input dimension). We can choose a “primary” layer to store the connections, the other one will mirror them. Effective memory capacity of this architecture is .</p
An associative memory with parallel architecture is presented. The neurons are modelled by perceptro...
Paassen B, Schulz A, Stewart TC, Hammer B. Reservoir Memory Machines as Neural Computers. IEEE Trans...
This paper introduces novel deep architectures using the hybrid neural-kernel core model as the firs...
The neural network is a powerful computing framework that has been exploited by biological evolution...
Neural networks used as content-addressable memories show unequaled retrieval and speed capabilities...
This article describes how a NAND memory device is adapted to the implementation of an artificial ne...
The architecture of the convolutional neural network with corresponding kernel size (k), number of f...
<p><b>a</b> A schematic representation of the neural network architecture. Here we show stage 1 and ...
The human brain has a remarkable capability to recall information if a sufficient clue is presented....
This paper introduces a new model of associative memory, capable of both binary and continuous-value...
A generalization of a class of neural network architectures based on a multiple quantization of inpu...
A common framework for architectures combining multiple vector-quantization of the input space with ...
Rückert U. An Associative Memory with Neural Architecture and its VLSI Implementation. In: Milutinov...
Neural networks (NN) have achieved great successes in pattern recognition and machine learning. Howe...
Abstrud-Hopfield’s neural networks show retrieval and speed capabili-ties that make them good candid...
An associative memory with parallel architecture is presented. The neurons are modelled by perceptro...
Paassen B, Schulz A, Stewart TC, Hammer B. Reservoir Memory Machines as Neural Computers. IEEE Trans...
This paper introduces novel deep architectures using the hybrid neural-kernel core model as the firs...
The neural network is a powerful computing framework that has been exploited by biological evolution...
Neural networks used as content-addressable memories show unequaled retrieval and speed capabilities...
This article describes how a NAND memory device is adapted to the implementation of an artificial ne...
The architecture of the convolutional neural network with corresponding kernel size (k), number of f...
<p><b>a</b> A schematic representation of the neural network architecture. Here we show stage 1 and ...
The human brain has a remarkable capability to recall information if a sufficient clue is presented....
This paper introduces a new model of associative memory, capable of both binary and continuous-value...
A generalization of a class of neural network architectures based on a multiple quantization of inpu...
A common framework for architectures combining multiple vector-quantization of the input space with ...
Rückert U. An Associative Memory with Neural Architecture and its VLSI Implementation. In: Milutinov...
Neural networks (NN) have achieved great successes in pattern recognition and machine learning. Howe...
Abstrud-Hopfield’s neural networks show retrieval and speed capabili-ties that make them good candid...
An associative memory with parallel architecture is presented. The neurons are modelled by perceptro...
Paassen B, Schulz A, Stewart TC, Hammer B. Reservoir Memory Machines as Neural Computers. IEEE Trans...
This paper introduces novel deep architectures using the hybrid neural-kernel core model as the firs...