Re-encoding UTF-8 byte fallbacks as shared 6-bit prefixes plus 9-bit tokens shortens CJK token sequences losslessly, at the cost of reduced tokenizer entropy and mixed wall-clock speedups.
llm-japanese-dataset v0: Construction of Japanese Chat Dataset for Large Language Models and its Methodology
1 Pith paper cite this work. Polarity classification is still indexing.
abstract
This study constructed a Japanese chat dataset for tuning large language models (LLMs), which consist of about 8.4 million records. Recently, LLMs have been developed and gaining popularity. However, high-performing LLMs are usually mainly for English. There are two ways to support languages other than English by those LLMs: constructing LLMs from scratch or tuning existing models. However, in both ways, datasets are necessary parts. In this study, we focused on supporting Japanese in those LLMs and making a dataset for training or tuning LLMs in Japanese. The dataset we constructed consisted of various tasks, such as translation and knowledge tasks. In our experiment, we tuned an existing LLM using our dataset and evaluated the performance qualitatively. The results suggest that our dataset is possibly beneficial for LLMs. However, we also revealed some difficulties in constructing LLMs in languages other than English.
fields
cs.CL 1years
2025 1verdicts
CONDITIONAL 1representative citing papers
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Bit-level BPE: Below the byte boundary
Re-encoding UTF-8 byte fallbacks as shared 6-bit prefixes plus 9-bit tokens shortens CJK token sequences losslessly, at the cost of reduced tokenizer entropy and mixed wall-clock speedups.