Challenge: Behavioural and cognitive studies report cultural effects on perception, but these are limited in scope and hard to replicate.
Approach: They develop a method to accurately identify entities mentioned in captions and present in images, then measure how they vary across languages.
Outcome: The proposed method corroborates previous studies showing that languages that are geographically or genetically closer mention entities more frequently than others.

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Mining Cross-Cultural Differences and Similarities in Social Media (P18-1)

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Challenge: a new paper examines the problem of computing cross-cultural differences and similarities in natural language understanding . cross-culture differences are important for cross-lingual research, especially in social media .
Approach: They propose a framework for computing cross-cultural differences and similarities from social media . they propose to use a social media platform to find similar terms for slang across languages .
Outcome: The proposed framework outperforms baseline methods on two novel tasks.
Describing Images Fast and Slow: Quantifying and Predicting the Variation in Human Signals during Visuo-Linguistic Processes (2024.eacl-long)

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Challenge: Existing models of visuo-linguistic variation are weak to moderately trained to capture such a variation in visual outputs.
Approach: They use a corpus of Dutch image descriptions with eye-tracking data to investigate the nature of the variation in visuo-linguistic signals.
Outcome: The proposed model lacks biases about what makes a stimulus complex for humans and what leads to variations in human outputs.
Building Knowledge-Guided Lexica to Model Cultural Variation (2024.naacl-long)

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Challenge: Cultural variation exists between nations, but also within regions . Historically, it has been difficult to computationally model cultural variation due to a lack of training data and scalability constraints.
Approach: They propose a method to measure cultural variation using a knowledge-guided lexical model using geolocated tweets.
Outcome: The proposed method could help us better understand the way people communicate and build more culturally-aware NLP systems.
Understanding Cross-Lingual Alignment—A Survey (2024.findings-acl)

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Challenge: Cross-lingual alignment is the meaningful similarity of representations across languages in multilingual language models.
Approach: They propose a taxonomy of methods to improve cross-lingual alignment . they argue that an effective trade-off between language-neutral and language-specific information is key .
Outcome: The proposed methods can be applied to encoder models and encoder-decoder-only models . they show that language-neutral and language-specific information is key .
Finding Concept-specific Biases in Form–Meaning Associations (2021.naacl-main)

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Challenge: Existing methods to detect cross-linguistic associations are not effective, but their effects are minor.
Approach: They propose a method to measure cross-linguistic associations by controlling for the influence of language family and geographic proximity within a large concept-aligned, cross-lingual lexicon.
Outcome: The proposed method shows that it is small, but it is unsurprisingly small (less than 0.5% on average).
Do LLMs Capture Embodied Cognition and Cultural Variation? Cross-Linguistic Evidence from Demonstratives (2026.acl-long)

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Challenge: a new study examines whether large language models acquire embodied cognition and cultural conventions from training data . demonstratives are a natural lens for evaluating linguistic phenomena that reflect cultural variation . aaron e. duan and j. nà: "the complexity of the language model is a major challenge for LLMs"
Approach: They introduce demonstratives as a probe for grounded knowledge by analyzing 6,400 responses from 320 native speakers.
Outcome: The proposed model fails to understand proximal–distal contrast and shows no cultural differences . the proposed model is a new probe for evaluating embodied cognition and cultural conventions .
A Large-Scale Multilingual Study of Visual Constraints on Linguistic Selection of Descriptions (2023.findings-eacl)

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Challenge: a multilingual study examines how vision constrains linguistic choice . we use existing annotations to investigate the effect of different visual conditions on numeral expressions in captions .
Approach: They propose a method that leverages existing corpora of images with captions written by native speakers to constrain linguistic choice.
Outcome: The proposed method covers four languages and five linguistic properties, including verb transitivity and use of numerals.
Challenges and Strategies in Cross-Cultural NLP (2022.acl-long)

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Challenge: Various efforts have been made to accommodate linguistic diversity and serve speakers of many different languages.
Approach: They propose a framework to examine cultural differences in NLP to better serve users . they argue that cultural knowledge, preferences and values can affect NLP practices .
Outcome: The proposed framework examines how cultural knowledge, preferences and values can affect NLP practices.
Cultural and Geographical Influences on Image Translatability of Words across Languages (2021.naacl-main)

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Challenge: Neural machine translation models produce poor translations when there are few/no parallel sentences to train the models.
Approach: They define image translatability as the translability of words as images associated with words in different languages that have a high degree of visual similarity.
Outcome: The proposed model improves upon text-only models only marginally.
Towards Understanding Sample Variance in Visually Grounded Language Generation: Evaluations and Observations (2020.emnlp-main)

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Challenge: A major challenge in visually grounded language generation is to build robust benchmark datasets and models that can generalize well in real-world settings.
Approach: They propose to use visual attention to build robust benchmark datasets and models that can generalize well in real-world settings.
Outcome: The proposed models show that human-generated references vary drastically in different datasets/tasks, revealing the nature of each task.

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