Miniature language system acquisition by children with different learning proficiencies

Area of Science:

• Developmental Psychology
• Linguistics
• Cognitive Science

Background:

• Children's language acquisition involves understanding grammatical structures.
• The role of word order and morphological marking in early language learning is complex.
• Investigating how children process different syntactic structures provides insights into cognitive development.

Purpose of the Study:

• To examine how children aged 7-10 learn miniature languages with varying word orders (VSO vs. SOV).
• To determine the impact of a Patient suffix on grammatical analysis in different word orders.
• To explore the relationship between perceptual salience, learning strategies, and grammatical acquisition.

Main Methods:

• Sixteen children (aged 7:8 to 9:10) participated in a communication game.
• Children learned two artificial languages with identical semantic content (Action, Agent, Patient) but different word orders.
• Language I: Verb-Subject-Object (VSO); Language II: Subject-Object-Verb (SOV), both with a Patient suffix.

Main Results:

• Children found the SOV language easier to learn than the VSO language.
• More errors were observed in Patient suffix usage within the SOV language.
• Fewer word order errors occurred in the SOV language compared to VSO.

Conclusions:

• Perceptual salience of utterance-final elements (like suffixes) may impede grammatical analysis.
• Cognitive capacity limits and perseverative learning strategies can influence the acquisition of grammatical features.
• Findings suggest that word order ease does not directly correlate with error-free suffix processing in language learning.