Abstract

Over time, interlanguage studies have shifted from early qualitative to quantitative studies of specific linguistic structures. However, the focus of these studies is usually on one aspect of an interlanguage instead of the whole system. The ideal object of interlanguage research is a second language (L2) learner language system, for only in this way can the entire L2 learning process can be examined. As a self-organizing and self-regulated system, the panorama of interlanguage can be revealed objectively through a complex network approach. In this study, we construct eight interlanguage dependency syntactic networks of varying proficiency levels and modalities, and conduct a quantitative study of respective network parameters. We find that all syntactic networks of Chinese L2 learners (English native speakers) initially present scale-free and small-world properties. Additionally, there is no sudden syntactic emergence in interlanguage with different modalities. This suggests varying regularities in the development of a syntactic network between interlanguage and native language acquisition. Moreover, the first language plays an important role in L2 development. The network parameters (<k>), L, C, ND, and NC can differentiate interlanguage modalities, and five quantitative parameters, <k>, C, ND, γ′, and NC, can indicate L2 proficiency.

Highlights

  • The emergence of language faculty is of great significance in the process of human evolution (Deacon, 1997)

  • The vertices of Chinese interlanguage across modalities gradually increase as language proficiency improves

  • The results show that the Akaike Information Criterion (AIC) value of the Poisson distribution model of 10 sets of data are all Inf, which means that the AIC values are infinite, and all analyses statistical significance of the Poisson distribution model are accepted as ps > 0.05

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Summary

Introduction

The emergence of language faculty is of great significance in the process of human evolution (Deacon, 1997). With limited time and language input, children can acquire pronunciation rules, amass large vocabularies, and master complex grammatical rules (Mackey, 1967; Radford, 1990). Some researchers contend that the innate language acquisition device (LAD) of the brain is integral to this process (Chomsky, 1966). LAD is based on natural universal grammar. Universal grammar is a natural system of principles, conditions, and rules shared by all human languages. The latter task of language acquisition is to assign values to the parameters of universal grammar through a language input (Particular Grammar, PG) (Chomsky, 1965)

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