Papers with learning language

4 papers
Learning Language through Grounding (2025.naacl-tutorial)

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Challenge: This tutorial provides a historical overview of grounding and discusses its use in computational linguistics and in computational language processing.
Approach: They introduce the concept of grounding and discuss future directions and open challenges . they will delve into recent progress in learning lexical semantics, syntax, and complex meanings through various forms of ground.
Outcome: This course will provide an overview of the field of grounding and discuss future directions and challenges related to large language models and scaling.
What do Models Learn From Training on More Than Text? Measuring Visual Commonsense Knowledge (2022.acl-srw)

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Challenge: Existing evaluation methods to measure what language models learn from multimodal training are lacking.
Approach: They propose two evaluation tasks to measure commonsense knowledge in language models by using visual data to evaluate multimodal models and unimodal baselines.
Outcome: The proposed evaluation tasks show that training on a visual modality improves on the visual commonsense knowledge in language models.
Is Word Segmentation Child’s Play in All Languages? (P19-1)

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Challenge: Existing word learning strategies for infants are cross-linguistically robust . infants do not know which language(s) will be found in their environment at the beginning of development .
Approach: They propose to use 11 conceptually diverse algorithms to learn word-like units in infants . they propose to employ cross-linguistically robust algorithms that can be used by all infants.
Outcome: The proposed algorithms perform above chance on 8 different languages . the results show that some of the algorithms are cross-linguistically valid .
How to Adapt Pre-trained Vision-and-Language Models to a Text-only Input? (2022.coling-1)

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Challenge: Current language models have been criticised for learning language from text alone without connection between words and their meaning.
Approach: They propose to train models on more sources than text to provide the lacking connection between words and their meanings.
Outcome: The proposed model adaptation methods perform differently for different models and unimodal model counterparts perform on par with the VL models regardless of adaptation.

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