Contains fulltext : 86164.pdf (author's version ) (Open Access)In the present paper we show that a general-purpose word learning model can simulate several important findings from recent experiments in language acquisition. Both the addition of background noise and varying the speaker have been found to influence infants' performance during word recognition experiments. We were able to replicate this behaviour in our artificial word learning agent. We use the results to discuss both advantages and limitations of computational models of language acquisition.Interspeech 2010, 26 september 201
This paper investigates the effects of novel words on a cognitively plausible computational model of...
The discovery of words by young infants involves two interrelated processes: (a) the detection of re...
This paper investigates the effects of novel words on a cogni-tively plausible computational model o...
In the present paper we show that a general-purpose word learning model can simulate several importa...
In the present paper we show that a general-purpose word learning model can simulate several importa...
In the present paper we show that a general-purpose word learning model can simulate several importa...
<div><p>During language acquisition, infants frequently encounter ambient noise. We present a comput...
During language acquisition, infants frequently encounter ambient noise. We present a computational ...
During language acquisition, infants frequently encounter ambient noise. We present a computational ...
During language acquisition, infants frequently encounter ambient noise. We present a computational ...
During language acquisition, infants frequently encounter ambient noise. We present a computational ...
<p>Poster presented at the XVIII Biennial International Conference on Infant Studies in Minneapolis,...
In this paper, we discuss a computational model that is able to detect and build word-like represent...
Abstract. Young infants learn words by detecting patterns in the speech signal and by associating th...
Computational models can reflect the complexity of human behaviour by implementing multiple constrai...
This paper investigates the effects of novel words on a cognitively plausible computational model of...
The discovery of words by young infants involves two interrelated processes: (a) the detection of re...
This paper investigates the effects of novel words on a cogni-tively plausible computational model o...
In the present paper we show that a general-purpose word learning model can simulate several importa...
In the present paper we show that a general-purpose word learning model can simulate several importa...
In the present paper we show that a general-purpose word learning model can simulate several importa...
<div><p>During language acquisition, infants frequently encounter ambient noise. We present a comput...
During language acquisition, infants frequently encounter ambient noise. We present a computational ...
During language acquisition, infants frequently encounter ambient noise. We present a computational ...
During language acquisition, infants frequently encounter ambient noise. We present a computational ...
During language acquisition, infants frequently encounter ambient noise. We present a computational ...
<p>Poster presented at the XVIII Biennial International Conference on Infant Studies in Minneapolis,...
In this paper, we discuss a computational model that is able to detect and build word-like represent...
Abstract. Young infants learn words by detecting patterns in the speech signal and by associating th...
Computational models can reflect the complexity of human behaviour by implementing multiple constrai...
This paper investigates the effects of novel words on a cognitively plausible computational model of...
The discovery of words by young infants involves two interrelated processes: (a) the detection of re...
This paper investigates the effects of novel words on a cogni-tively plausible computational model o...