Elaborate explanations of word definitions and word distinctions are the usual practice in reading class in China. This paper proposes a 3P method in vocabulary learning and teaching which includes vocabulary preview,...Elaborate explanations of word definitions and word distinctions are the usual practice in reading class in China. This paper proposes a 3P method in vocabulary learning and teaching which includes vocabulary preview, vocabulary processing, and vocabulary practice, aiming for a better knowledge of vocabulary and a better comprehension of the text.展开更多
Lexicalized reordering models are very important components of phrasebased translation systems.By examining the reordering relationships between adjacent phrases,conventional methods learn these models from the word a...Lexicalized reordering models are very important components of phrasebased translation systems.By examining the reordering relationships between adjacent phrases,conventional methods learn these models from the word aligned bilingual corpus,while ignoring the effect of the number of adjacent bilingual phrases.In this paper,we propose a method to take the number of adjacent phrases into account for better estimation of reordering models.Instead of just checking whether there is one phrase adjacent to a given phrase,our method firstly uses a compact structure named reordering graph to represent all phrase segmentations of a parallel sentence,then the effect of the adjacent phrase number can be quantified in a forward-backward fashion,and finally incorporated into the estimation of reordering models.Experimental results on the NIST Chinese-English and WMT French-Spanish data sets show that our approach significantly outperforms the baseline method.展开更多
The word processing depth hypothesis implies a positive association between learners' word processing and their lexical learning. In research, learners' task-inherent involvement load (i.e., word processing) has n...The word processing depth hypothesis implies a positive association between learners' word processing and their lexical learning. In research, learners' task-inherent involvement load (i.e., word processing) has not been found to be consistently associated with their lexical learning. Meanwhile, existing studies have not obtained consensus results, either, from directly associating learners' actual word processing and their lexical learning. Against this backdrop, this paper reports a study investigating the association between Chinese EFL learners' actual word processing and their lexical learning in performing a collaborative oral output task. Interactional and statistical analyses revealed that the participants engaged in four types of word processing; their overall word processing was significantly correlated with both their productive and receptive word acquisition and retention; their different types of word processing were significantly correlated with their productive word learning, but showed variances in correlations with their receptive word learning. The findings were discussed from the perspectives of word processing in collaborative output, word processing and lexical learning, and word processing and different modes of lexical learning.展开更多
文摘Elaborate explanations of word definitions and word distinctions are the usual practice in reading class in China. This paper proposes a 3P method in vocabulary learning and teaching which includes vocabulary preview, vocabulary processing, and vocabulary practice, aiming for a better knowledge of vocabulary and a better comprehension of the text.
基金supported by the National Natural Science Foundation of China(No.61303082) the Research Fund for the Doctoral Program of Higher Education of China(No.20120121120046)
文摘Lexicalized reordering models are very important components of phrasebased translation systems.By examining the reordering relationships between adjacent phrases,conventional methods learn these models from the word aligned bilingual corpus,while ignoring the effect of the number of adjacent bilingual phrases.In this paper,we propose a method to take the number of adjacent phrases into account for better estimation of reordering models.Instead of just checking whether there is one phrase adjacent to a given phrase,our method firstly uses a compact structure named reordering graph to represent all phrase segmentations of a parallel sentence,then the effect of the adjacent phrase number can be quantified in a forward-backward fashion,and finally incorporated into the estimation of reordering models.Experimental results on the NIST Chinese-English and WMT French-Spanish data sets show that our approach significantly outperforms the baseline method.
基金supported by the MOE Project of the Center for Linguistics and Applied Linguistics,Guangdong University of Foreign Studies,Chinasupported by China's Educational Ministry humanity social science key research center project(No.12JJD740006)
文摘The word processing depth hypothesis implies a positive association between learners' word processing and their lexical learning. In research, learners' task-inherent involvement load (i.e., word processing) has not been found to be consistently associated with their lexical learning. Meanwhile, existing studies have not obtained consensus results, either, from directly associating learners' actual word processing and their lexical learning. Against this backdrop, this paper reports a study investigating the association between Chinese EFL learners' actual word processing and their lexical learning in performing a collaborative oral output task. Interactional and statistical analyses revealed that the participants engaged in four types of word processing; their overall word processing was significantly correlated with both their productive and receptive word acquisition and retention; their different types of word processing were significantly correlated with their productive word learning, but showed variances in correlations with their receptive word learning. The findings were discussed from the perspectives of word processing in collaborative output, word processing and lexical learning, and word processing and different modes of lexical learning.