The under-resourced Kikamba language has few language technology tools since the more efficient and popular data driven approaches for developing them suffer from data sparseness due to lack of digitized corpora. To a...The under-resourced Kikamba language has few language technology tools since the more efficient and popular data driven approaches for developing them suffer from data sparseness due to lack of digitized corpora. To address this challenge, we have developed a computational grammar for the Kikamba language within the multilingual Grammatical Framework (GF) toolkit. GF uses the Interlingua rule-based translation approach. To develop the grammar, we used the morphology driven strategy. Therefore, we first developed regular expressions for morphology inflection and thereafter developed the syntax rules. Evaluation of the grammar was done using one hundred sentences in both English and Kikamba languages. The results were an encouraging four n-gram BLEU score of 83.05% and the Position independent error rate (PER) of 10.96%. Finally, we have made a contribution to the language technology resources for Kikamba including multilingual machine translation, a morphology analyzer, a computational grammar which provides a platform for development of multilingual applications and the ability to generate a variety of bilingual corpora for Kikamba for all languages currently defined in GF, making it easier to experiment with data driven approaches.展开更多
The software Wordsmith has been commonly used in corpus linguistics.In this paper,the author used the tool of Concord in Wordsmith to analyze various errors made by a student.Five passages made by the students are use...The software Wordsmith has been commonly used in corpus linguistics.In this paper,the author used the tool of Concord in Wordsmith to analyze various errors made by a student.Five passages made by the students are used.After annotating on the errors,the author uses Concord to sort out each error maker and made classification chart of the errors.All the errors are classified into two categories:errors caused by carelessness and by language ability.After analyzing,there are mainly three kinds of errors and in the first category and five kinds of errors in the second category.展开更多
文摘The under-resourced Kikamba language has few language technology tools since the more efficient and popular data driven approaches for developing them suffer from data sparseness due to lack of digitized corpora. To address this challenge, we have developed a computational grammar for the Kikamba language within the multilingual Grammatical Framework (GF) toolkit. GF uses the Interlingua rule-based translation approach. To develop the grammar, we used the morphology driven strategy. Therefore, we first developed regular expressions for morphology inflection and thereafter developed the syntax rules. Evaluation of the grammar was done using one hundred sentences in both English and Kikamba languages. The results were an encouraging four n-gram BLEU score of 83.05% and the Position independent error rate (PER) of 10.96%. Finally, we have made a contribution to the language technology resources for Kikamba including multilingual machine translation, a morphology analyzer, a computational grammar which provides a platform for development of multilingual applications and the ability to generate a variety of bilingual corpora for Kikamba for all languages currently defined in GF, making it easier to experiment with data driven approaches.
文摘The software Wordsmith has been commonly used in corpus linguistics.In this paper,the author used the tool of Concord in Wordsmith to analyze various errors made by a student.Five passages made by the students are used.After annotating on the errors,the author uses Concord to sort out each error maker and made classification chart of the errors.All the errors are classified into two categories:errors caused by carelessness and by language ability.After analyzing,there are mainly three kinds of errors and in the first category and five kinds of errors in the second category.
