Abstract. In this paper we present a new self-organizing neural network, which builds a spatiotemporal model of an input temporal sequence inductively. The network is an extension of Kohonen’s Self-organizing Map with a modified Hebb’s rule for update of temporal synapses. The model building behavior is shown on inductive learning of a transition matrix from a data generated by a Markov Chain
. This paper presents a new kind of Kohonen self-organizing maps, designed to deal with temporal seq...
We report a neural network model that is capable of learning arbitrary input sequences quickly and o...
Neural network models of working memory, called Sustained Temporal Order REcurrent (STORE) models, a...
International audienceSpatio-temporal connectionist networks comprise an important class of neural m...
This work extends the Kohonen self-organising map in two primary ways: o A dynamic extension to the ...
This paper describes the design of a self~organizing, hierarchical neural network model of unsupervi...
This work investigates the self-organizing representation of temporal data in prototype-based neural...
This paper presents a new growing neural network for sequence clustering and classification. This ne...
A big challenge of reservoir-based Recurrent Neural Networks (RNNs) is the optimization of the conne...
This paper presents a taxonomy for Self-organizing Maps (SOMs) for temporal sequence processing. Fou...
Abstract. We present a novel approach to unsupervised temporal sequence processing in the form of an...
International audienceAbstraet-A neural network model for fast learning and storage of temporal sequ...
We report a neural network model that is capable of learning arbitrary input sequences quickly and o...
Abstract. Encoding, storing, and recalling a temporal sequence of stim-uli in a neuronal network can...
This paper describes an unsupervised neural network model for learning and recall of temporal patter...
. This paper presents a new kind of Kohonen self-organizing maps, designed to deal with temporal seq...
We report a neural network model that is capable of learning arbitrary input sequences quickly and o...
Neural network models of working memory, called Sustained Temporal Order REcurrent (STORE) models, a...
International audienceSpatio-temporal connectionist networks comprise an important class of neural m...
This work extends the Kohonen self-organising map in two primary ways: o A dynamic extension to the ...
This paper describes the design of a self~organizing, hierarchical neural network model of unsupervi...
This work investigates the self-organizing representation of temporal data in prototype-based neural...
This paper presents a new growing neural network for sequence clustering and classification. This ne...
A big challenge of reservoir-based Recurrent Neural Networks (RNNs) is the optimization of the conne...
This paper presents a taxonomy for Self-organizing Maps (SOMs) for temporal sequence processing. Fou...
Abstract. We present a novel approach to unsupervised temporal sequence processing in the form of an...
International audienceAbstraet-A neural network model for fast learning and storage of temporal sequ...
We report a neural network model that is capable of learning arbitrary input sequences quickly and o...
Abstract. Encoding, storing, and recalling a temporal sequence of stim-uli in a neuronal network can...
This paper describes an unsupervised neural network model for learning and recall of temporal patter...
. This paper presents a new kind of Kohonen self-organizing maps, designed to deal with temporal seq...
We report a neural network model that is capable of learning arbitrary input sequences quickly and o...
Neural network models of working memory, called Sustained Temporal Order REcurrent (STORE) models, a...