Ukrainian Visual-WSD

Ukrainian Visual Word Sense Disambiguation

A benchmark, interactive explorer, and sense-grounded training resources for evaluating visual understanding of ambiguous Ukrainian words.

Published at UNLP @ LREC-COLING 2024 and extended at CoNLL 2026.

Task definition

Visual Word Sense Disambiguation asks a model to identify which image represents the intended meaning of an ambiguous word. A short trigger phrase supplies the context.

  1. Read an ambiguous Ukrainian word.
  2. Infer its intended sense from the trigger phrase.
  3. Select the correct image from ten candidates.

Why it matters. Words are ambiguous. AI shouldn’t be. Visual-WSD tests whether multimodal models truly connect language with the right visual meaning.

Designed for comparison. The Ukrainian benchmark follows the ten-image, minimal-context format introduced by SemEval-2023 Task 1. Researchers can therefore use it alongside the English, Italian, and Farsi benchmarks with the same task formulation and evaluation setup.

Project access

Publications

CoNLL

From Sparse to Sense-Grounded: Wikipedia Training for Ukrainian Visual-WSD

30th Conference on Computational Natural Language Learning · San Diego, California

Extended the benchmark to 381 instances covering 172 unique lemmas and introduced two scalable approaches for constructing sense-grounded Visual-WSD tuning data with limited manual supervision. SenseWiki-UA links dictionary senses to sense-specific Ukrainian Wikipedia pages and harvests aligned image–text pairs; RA-Wiki-UA retrieves Wikipedia images near the benchmark’s visual distribution and pairs them with generated Ukrainian captions.

Yurii Laba · Rostyslav O. Hryniv

ACL Anthology paper ↗
UNLP

Ukrainian Visual Word Sense Disambiguation Benchmark

Third Ukrainian Natural Language Processing Workshop @ LREC-COLING 2024 · Torino, Italy

Introduced the first Ukrainian Visual-WSD benchmark with 87 evaluation entries, evaluated multilingual and multimodal models, and revealed a substantial Ukrainian–English performance gap.

Yurii Laba · Yaryna Mohytych · Ivanna Rohulia · Halyna Kyryleyza · Hanna Dydyk-Meush · Oles Dobosevych · Rostyslav Hryniv

ACL Anthology paper ↗

Team

Yurii Laba

Yurii Laba

Research Lead

Oles Dobosevych

Oles Dobosevych

Technical Advisor

Rostyslav O. Hryniv

Rostyslav O. Hryniv

Academic Advisor

Hanna Dydyk-Meush

Hanna Dydyk-Meush

Lead Linguist

Yaryna Mohytych

Yaryna Mohytych

Linguist & Annotator

Ivanna Rohulia

Ivanna Rohulia

Linguist & Annotator

Halyna Kyryleyza

Halyna Kyryleyza

Linguist & Annotator

Citation

CoNLL 2026 Benchmark extension and dataset construction methods
@inproceedings{laba-hryniv-2026-sparse,
    title = "From Sparse to Sense-Grounded: {W}ikipedia Training for {U}krainian Visual-{WSD}",
    author = "Laba, Yurii  and
      Hryniv, Rostyslav O.",
    editor = "Bonial, Claire  and
      Berzak, Yevgeni",
    booktitle = "Proceedings of the 30th Conference on Computational Natural Language Learning",
    month = jul,
    year = "2026",
    address = "San Diego, California, USA",
    publisher = "Association for Computational Linguistics",
    url = "https://aclanthology.org/2026.conll-main.29/",
    doi = "10.18653/v1/2026.conll-main.29",
    pages = "501--514",
    ISBN = "979-8-89176-410-1",
    abstract = "Visual Word Sense Disambiguation (Visual-WSD) requires ranking the correct image for an ambiguous word given a short trigger phrase. For low-resource languages, it is bottle{\-}necked by scarce sense-level benchmarks and limited sense-aligned multimodal supervision.
We study Ukrainian and (i) extend the Ukrainian Visual-WSD benchmark from 87 to 381 instances and benchmark multilingual CLIP checkpoints and multimodal large models, and (ii) introduce two scalable Wikipedia-derived dataset construction methods. Using compute-efficient adaptation we fine-tune a multilingual CLIP backbone and show that sense-grounded supervision drives the improvements: combining our two Wikipedia-derived datasets improves HIT@1 from 37.00{\%} to 43.05{\%}."
}

UNLP 2024 Original benchmark
@inproceedings{laba-etal-2024-ukrainian,
    title = "{U}krainian Visual Word Sense Disambiguation Benchmark",
    author = "Laba, Yurii  and
      Mohytych, Yaryna  and
      Rohulia, Ivanna  and
      Kyryleyza, Halyna  and
      Dydyk-Meush, Hanna  and
      Dobosevych, Oles  and
      Hryniv, Rostyslav",
    editor = "Romanyshyn, Mariana  and
      Romanyshyn, Nataliia  and
      Hlybovets, Andrii  and
      Ignatenko, Oleksii",
    booktitle = "Proceedings of the Third Ukrainian Natural Language Processing Workshop (UNLP) @ LREC-COLING 2024",
    month = may,
    year = "2024",
    address = "Torino, Italia",
    publisher = "ELRA and ICCL",
    url = "https://aclanthology.org/2024.unlp-1.8/",
    doi = "10.63317/3pn6eqt8c2n9",
    pages = "61--66",
    ISBN = "978-2-493814-43-2",
    abstract = "This study presents a benchmark for evaluating the Visual Word Sense Disambiguation (Visual-WSD) task in Ukrainian. The main goal of the Visual-WSD task is to identify, with minimal contextual information, the most appropriate representation of a given ambiguous word from a set of ten images. To construct this benchmark, we followed a methodology similar to that proposed by (CITATION), who previously introduced benchmarks for the Visual-WSD task in English, Italian, and Farsi.
This approach allows us to incorporate the Ukrainian benchmark into a broader framework for cross-language model performance comparisons. We collected the benchmark data semi-automatically and refined it with input from domain experts. We then assessed eight multilingual and multimodal large language models using this benchmark. All tested models performed worse than the zero-shot CLIP-based baseline model (CITATION) used by (CITATION) for the English Visual-WSD task.
Our analysis revealed a significant performance gap in the Visual-WSD task between Ukrainian and English."
}