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    Feature Biases in Early Word Learning: Network Distinctiveness Predicts Age of Acquisition.Tomas Engelthaler & Thomas T. Hills - 2016 - Cognitive Science 40 (6):n/a-n/a.
    Do properties of a word's features influence the order of its acquisition in early word learning? Combining the principles of mutual exclusivity and shape bias, the present work takes a network analysis approach to understanding how feature distinctiveness predicts the order of early word learning. Distance networks were built from nouns with edge lengths computed using various distance measures. Feature distinctiveness was computed as a distance measure, showing how far an object in a network is from other objects based on (...)
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    Feature Biases in Early Word Learning: Network Distinctiveness Predicts Age of Acquisition.Tomas Engelthaler & Thomas T. Hills - 2017 - Cognitive Science 41 (S1):120-140.
    Do properties of a word's features influence the order of its acquisition in early word learning? Combining the principles of mutual exclusivity and shape bias, the present work takes a network analysis approach to understanding how feature distinctiveness predicts the order of early word learning. Distance networks were built from nouns with edge lengths computed using various distance measures. Feature distinctiveness was computed as a distance measure, showing how far an object in a network is from other objects based on (...)
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