We present a model of global processing difficulty in human parsing. This model is based on a probabilistic context-free grammar and is trained on a realistic cor-pus sample. It achieves broad coverage and good pars-ing accuracy on unseen text, and its predictions are sig-nificantly correlated with experimental data on word or-der preferences in German. The model makes predictions about the differential behavior of verb final and verb ini-tial sentences and provides evidence for the importance of lexical information in sentence processing
We parse the sentences in three parallel error corpora using a generative, probabilistic parser and ...
The robustness of probabilistic parsing generally comes at the expense of grammaticality judgementth...
This paper investigates the role of resource allocation as a source of processing difficulty in huma...
This paper describes a fully implemented, broad coverage model of human syntactic processing. The mo...
This article deals with gradience in human sentence processing. We review the experimental evidence ...
There is strong evidence that human sentence processing is in-cremental, i.e., that structures are b...
We describe a general approach to the probabilistic parsing of context-free grammars. The method int...
This thesis contributes to the research domain of statistical language modeling. In this domain, the...
One goal common to human sentence processing theories is to develop a cross-linguistically applicabl...
We describe a parsing system based upon a language model for English that is, in turn, based upon a...
This paper presents a comparative study of probabilistic treebank parsing of Ger-man, using the Negr...
The paper describes an experiment in inside-outside estimation of a lexicalized probabilistic contex...
International audienceWe propose in this paper a new contribution to the evaluation of linguistic di...
Given the recent evidence for probabilistic mechanisms in models of human ambiguity res-olution, thi...
The use of language is one of the defining features of human cognition. Focusing here on two key fea...
We parse the sentences in three parallel error corpora using a generative, probabilistic parser and ...
The robustness of probabilistic parsing generally comes at the expense of grammaticality judgementth...
This paper investigates the role of resource allocation as a source of processing difficulty in huma...
This paper describes a fully implemented, broad coverage model of human syntactic processing. The mo...
This article deals with gradience in human sentence processing. We review the experimental evidence ...
There is strong evidence that human sentence processing is in-cremental, i.e., that structures are b...
We describe a general approach to the probabilistic parsing of context-free grammars. The method int...
This thesis contributes to the research domain of statistical language modeling. In this domain, the...
One goal common to human sentence processing theories is to develop a cross-linguistically applicabl...
We describe a parsing system based upon a language model for English that is, in turn, based upon a...
This paper presents a comparative study of probabilistic treebank parsing of Ger-man, using the Negr...
The paper describes an experiment in inside-outside estimation of a lexicalized probabilistic contex...
International audienceWe propose in this paper a new contribution to the evaluation of linguistic di...
Given the recent evidence for probabilistic mechanisms in models of human ambiguity res-olution, thi...
The use of language is one of the defining features of human cognition. Focusing here on two key fea...
We parse the sentences in three parallel error corpora using a generative, probabilistic parser and ...
The robustness of probabilistic parsing generally comes at the expense of grammaticality judgementth...
This paper investigates the role of resource allocation as a source of processing difficulty in huma...