Papers by Simon Dobnik

4 papers
Attention as Grounding: Exploring Textual and Cross-Modal Attention on Entities and Relations in Language-and-Vision Transformer (2022.findings-acl)

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Challenge: Existing work has focused on what is captured by multi-modal architectures.
Approach: They propose a multi-modal transformer that learns syntactic and semantic representations about entities and relations grounded in objects at the level of masked self-attention and cross-modal attention.
Outcome: The proposed model learns syntactic and semantic representations about objects and relations cross-modally and unimodally.
Shami: A Corpus of Levantine Arabic Dialects (L18-1)

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Challenge: Modern Standard Arabic is the official written language used in education and media . however, the spoken language varies widely across the Arab world .
Approach: They construct a levantine dialect corpus covering data from four dialects spoken in four countries . they describe rules for pre-processing without affecting the meaning so that it is processable by NLP tools.
Outcome: The proposed corpus is larger than existing corpora in terms of size, words and vocabularies.
Pseudonymization Categories across Domain Boundaries (2024.lrec-main)

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Challenge: Linguistic data can contain personal information, which is limited in accessibility . a universal system of tags for categorizing PIIs could be developed to replace them .
Approach: They analyze tagsets used for anonymization and pseudonymization to find out what kinds of PII appear in different domains.
Outcome: The proposed system would allow for dynamic pseudonymization while keeping the data readable and useful for future research.
Normalising Non-standardised Orthography in Algerian Code-switched User-generated Data (D19-55)

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Challenge: a new corpus of unstructured data from social media is presenting challenges to NLP research . standardisation is neither natural nor universal, it is rather a human invention.
Approach: They compile a parallel corpus of Arabic textual data matched with human annotations . they use a deep neural model designed to deal with context-dependent spelling correction .
Outcome: The proposed model performs best with two CNN sub-network encoders and an LSTM decoder . pre-processing data token-by-token with edit-distance aligner significantly improves performance .

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