datasets
Training and evaluation data, with the modality, task and licence stated up front. Listed live from the Hugging Face Hub.
vn-spell-correction-eval-real
vn-spell-correction-eval-real
Out-of-distribution evaluation corpus for Vietnamese spell-correction
models — 150 hand-curated (noisy, clean) pairs sampled from real
VN error sources, not generated by nom.text.noise.
This is the test set we use to verify a spell-correction model
generalises beyond its own synthetic training distribution. A model
that scores 95 % on nom-vn's synthetic eval grid and 60 % on this
set is overfit to the noise generator.
Splits
Config… See the full description on the dataset page: https://huggingface.co/datasets/nrl-ai/vn-spell-correction-eval-real.vn-spell-correction-eval
nrl-ai/vn-spell-correction-eval
Vietnamese spell-correction evaluation grid: 4 source registers × 2
noise levels = 8 splits, 2,098 (noisy, clean) sentence pairs total.
Each pair is {"input": "<noisy>", "target": "<clean>"}. Both sides are
NFC-normalized. The clean target is the same sentence used as the
target in nrl-ai/vn-diacritic-eval —
spell correction is a strict superset of diacritic restoration, so we
reuse the same registers-balanced corpus.
Splits
Two noise… See the full description on the dataset page: https://huggingface.co/datasets/nrl-ai/vn-spell-correction-eval.vn-spell-correction-train
nrl-ai/vn-spell-correction-train
459,478 (noisy, clean) Vietnamese training pairs for fine-tuning a
seq2seq spell-correction model. Each row:
{"input": "<noisy>", "target": "<clean>"}
Both fields are NFC-normalized.
How it was built
Clean side: same 500K register-balanced mix as
nrl-ai/vn-diacritic-train —
350K Vietnamese Wikipedia (CC-BY-SA-4.0,
hirine/wikipedia-vietnamese-1M296K-dataset) + 150K NFC-fixed
Vietnamese news (CC-BY-4.0, tmnam20/Vietnamese-News-dedup).… See the full description on the dataset page: https://huggingface.co/datasets/nrl-ai/vn-spell-correction-train.spell-correction
Spell-Check Dataset
This dataset consists of pairs of misspelled words and their corresponding correctly spelled words, designed for training and evaluating character-level spelling correction models. It is particularly useful for tasks such as:
Spelling correction
Character-level sequence-to-sequence modeling
Error detection and correction in text
Each data point in the dataset contains:
misspelled: A misspelled version of a word.
correct: The corrected spelling of the word.… See the full description on the dataset page: https://huggingface.co/datasets/torinriley/spell-correction.russian-spell-correction-dataset