aiqbench analysis
ThaiTrees represents a significant infrastructure advancement for natural language processing by providing a massive, automatically parsed corpus essential for training and evaluating AI models on the Thai language. This resource addresses a critical data scarcity issue that has historically hindered quantitative syntactic research and parser development in low-resource domains. By enabling scalable analysis of grammatical relations across diverse text types, it directly supports the evolution of more robust multilingual machine learning systems.
ThaiTrees: Thai Syntactic Dependency Trees Across Domains
arXiv:2609.27558v1 Announce Type: new Abstract: Studying syntactic patterns in naturally occurring language requires a large parsed corpus, but manual annotation is costly and difficult to scale. Thai has a manually annotated dependency treebank for training and evaluating parsers, but lacks a large automatically parsed corpus for quantitative syntactic research. We present ThaiTrees, a 342M-token corpus drawn from news, Wikipedia, spoken transcripts, and social media. We develop a reproducible pipeline for cleaning, processing, and parsing Thai text under the Universal Dependencies framework. The resulting corpus makes grammatical relations searchable and supports the study of syntactic distributions. We release a frequency lexicon and CoNLL-U parses in machine-readable formats suitable for both AI-assisted and conventional programmatic analysis.
Abstract:Studying syntactic patterns in naturally occurring language requires a large parsed corpus, but manual annotation is costly and difficult to scale. Thai has a manually annotated dependency treebank for training and evaluating parsers, but lacks a large automatically parsed corpus for quantitative syntactic research. We present ThaiTrees, a 342M-token corpus drawn from news, Wikipedia, spoken transcripts, and social media. We develop a reproducible pipeline for cleaning, processing, and parsing Thai text under the Universal Dependencies framework. The resulting corpus makes grammatical relations searchable and supports the study of syntactic distributions. We release a frequency lexicon and CoNLL-U parses in machine-readable formats suitable for both AI-assisted and conventional programmatic analysis.
Computation and Language (cs.CL)
arXiv:2609.27558 [cs.CL]
(or arXiv:2609.27558v1 [cs.CL] for this version)
https://doi.org/10.48550/arXiv.2609.27558 Focus to learn more arXiv-issued DOI via DataCite (pending registration)
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