Papers with distributional semantic models

10 papers
Bad Form: Comparing Context-Based and Form-Based Few-Shot Learning in Distributional Semantic Models (D19-61)

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Challenge: Word embeddings are an essential component of many natural language processing applications.
Approach: They propose 3 new tasks to obtain higher-quality vectors for word embeddings . they use word forms in training data that are related to word forms themselves .
Outcome: The proposed methods improve the performance of both baseline and advanced models on 4 out of 6 tasks.
Network Features Based Co-hyponymy Detection (L18-1)

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Challenge: Existing methods to detect lexical relations have been used to identify them in both supervised and unsupervised ways.
Approach: They propose to use distributional semantic models to detect co-hyponymy relation with high accuracy and various network measures to perform better or at par with the state-of-the-art models.
Outcome: The proposed model performs better or at par with the state-of-the-art models.
Why is penguin more similar to polar bear than to sea gull? Analyzing conceptual knowledge in distributional models (2020.acl-srw)

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Challenge: Several analysis methods have been shown to be limited and are not well understood . thesis aims to understand distributional semantic representations based on linguistic data .
Approach: They propose a framework for investigating the information encoded in distributional semantic models . they combine observations made on corpora with insights obtained from data manipulation experiments .
Outcome: The proposed framework pairs observations made on corpora with insights obtained from data manipulation experiments.
Challenging distributional models with a conceptual network of philosophical terms (2021.naacl-main)

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Challenge: Existing methods for analyzing philosophical data are not accurate enough to support philosophers . comparative research on concepts should follow a conceptual model approach, authors argue .
Approach: They propose a ground truth for evaluation created by philosophy experts and a blueprint for using DS models in a sound methodological setup.
Outcome: The proposed model does not perform well enough to directly support philosophers yet, but it yields promising directions for future work.
On the Compositionality Prediction of Noun Phrases using Poincaré Embeddings (P19-1)

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Challenge: idiomatic phrases have a non-compositional meaning, meanings of which can be derived from constituents and their grammatical relations.
Approach: They propose to combine hierarchical and distributional information to blend hierarchic and distribution-based hierarchies to detect compositionality for noun phrases.
Outcome: The proposed technique achieves significant improvements over state-of-the-art models based on distributional information and a weighted average of the distributional similarity and p-like function.
AnlamVer: Semantic Model Evaluation Dataset for Turkish - Word Similarity and Relatedness (C18-1)

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Challenge: a dataset for semantic model evaluation for Turkish is not available for the language . a similarity and relatedness evaluation resource is needed for higher level tasks .
Approach: They propose a semantic model evaluation dataset for Turkish that evaluates word similarity and word relatedness tasks while discriminating those two relations from each other.
Outcome: The proposed dataset is designed to evaluate word similarity and word relatedness tasks in Turkish.
A Formidable Ability: Detecting Adjectival Extremeness with DSMs (2021.findings-acl)

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Challenge: Existing studies on distributional semantic models capture abstract semantic properties across domains . abstract properties can form the basis for abstract semantic classes .
Approach: They propose to use distributional semantic models to capture cross-domain properties . they use extremeness to model emergence of intensifier meaning in adverbs .
Outcome: The proposed model can capture extremeness and intensifier meaning in adverbs.
Distributional Term Set Expansion (L18-1)

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Challenge: Iterative term set expansion methods for distributional semantic models are used to label terms belonging to a sought after term set.
Approach: They compare iterative term set expansion methods for distributional semantic models to the Simple Margin method, an active learning approach to classification using Support Vector Machines.
Outcome: The proposed methods outperform centrality and classification based methods for distributional semantic models over five different term sets.
Modeling Affirmative and Negated Action Processing in the Brain with Lexical and Compositional Semantic Models (P19-1)

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Challenge: Existing studies have shown that distributional semantic models can be used to decode fMRI patterns associated with specific aspects of semantic composition, such as the negation function.
Approach: They apply lexical and compositional semantic models to decode fMRI patterns associated with negated and affirmative sentences containing hand-action verbs.
Outcome: The proposed models show reduced decoding of sentences where the verb is in the negated context, as compared to the affirmative one, within brain regions implicated in action-semantic processing.
SemR-11: A Multi-Lingual Gold-Standard for Semantic Similarity and Relatedness for Eleven Languages (L18-1)

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Challenge: SemR-11 is a multi-lingual dataset for evaluating semantic similarity and relatedness for 11 languages.
Approach: This paper describes a multi-lingual dataset for evaluating semantic similarity and relatedness for 11 languages.
Outcome: The dataset is a multi-lingual dataset for evaluating semantic similarity and relatedness for 11 languages.

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