An analog model neural network that can solve a general problem of recognizing patterns in a time-dependent signal is presented. The networks use a patterned set of delays to collectively focus stimulus sequence information to a neural state at a future time. The computational capabilities of the circuit are demonstrated on tasks somewhat similar to those necessary for the recognition of words in a continuous stream of speech. The network architecture can be understood from consideration of an energy function that is being minimized as the circuit computes. Neurobiological mechanisms are known for the generation of appropriate delays
Information processing in nervous systems intricately combines computation at the neuronal and netwo...
A computational model is described in which the sizes of variables are represented by the explicit t...
Speech recognition has become an important task to improve the human-machine interface. Taking into...
This paper reviews some basic issues and methods involved in using neural networks to respond in a d...
AbstractWe discuss models for computation in biological neural systems that are based on the current...
In this paper will be presented simple and effective temporal-decoding network topologies, based on ...
Spatiotemporal patterns, such as words in speech, are rarely precisely the same duration, yet a word...
Fluctuations in the temporal durations of sensory signals constitute a major source of variability w...
We report a neural network model that is capable of learning arbitrary input sequences quickly and o...
Fluctuations in the temporal durations of sensory signals constitute a major source of variability w...
Neural network research, long focused on static pattern recognition, is now extended to spatiotempor...
We report a neural network model that is capable of learning arbitrary input sequences quickly and o...
Abstract—In this paper, we develop a parallel structure for the time-delay neural network used in so...
Abstract — Primates perform remarkably well in cognitive tasks such as pattern recognition. Motivate...
Temporal coding is one approach to representing information in spiking neural networks. An example o...
Information processing in nervous systems intricately combines computation at the neuronal and netwo...
A computational model is described in which the sizes of variables are represented by the explicit t...
Speech recognition has become an important task to improve the human-machine interface. Taking into...
This paper reviews some basic issues and methods involved in using neural networks to respond in a d...
AbstractWe discuss models for computation in biological neural systems that are based on the current...
In this paper will be presented simple and effective temporal-decoding network topologies, based on ...
Spatiotemporal patterns, such as words in speech, are rarely precisely the same duration, yet a word...
Fluctuations in the temporal durations of sensory signals constitute a major source of variability w...
We report a neural network model that is capable of learning arbitrary input sequences quickly and o...
Fluctuations in the temporal durations of sensory signals constitute a major source of variability w...
Neural network research, long focused on static pattern recognition, is now extended to spatiotempor...
We report a neural network model that is capable of learning arbitrary input sequences quickly and o...
Abstract—In this paper, we develop a parallel structure for the time-delay neural network used in so...
Abstract — Primates perform remarkably well in cognitive tasks such as pattern recognition. Motivate...
Temporal coding is one approach to representing information in spiking neural networks. An example o...
Information processing in nervous systems intricately combines computation at the neuronal and netwo...
A computational model is described in which the sizes of variables are represented by the explicit t...
Speech recognition has become an important task to improve the human-machine interface. Taking into...