Challenge: Distributional word representations are omnipresent in modern NLP.
Approach: They propose to combine lemmatization and part of speech (POS) typing to improve word embedding performance.
Outcome: The proposed methods improve word embedding performance on verbs and verbs.

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Enhancing Word Embeddings with Knowledge Extracted from Lexical Resources (2020.acl-srw)

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Challenge: In this paper, we present an effective method for semantic specialization of word vector representations.
Approach: They propose a method for semantic specialization of word vector representations using BabelNet.
Outcome: The proposed method improves on word similarity and dialog state tracking tasks.
Exploring the Value of Personalized Word Embeddings (2020.coling-main)

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Challenge: a subset of words belonging to specific psycholinguistic categories vary more in their representations across users . combining generic and personalized word embeddings yields the best performance .
Approach: They propose personalized word embeddings and compare their performance to generic ones . they show that personalized word representations can be leveraged for improved performance .
Outcome: The proposed model can be used for authorship attribution.
Field Embedding: A Unified Grain-Based Framework for Word Representation (2021.naacl-main)

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Challenge: Current methods focus on learning word embeddings while linguistic information is discarded after the learning.
Approach: They propose a framework field embedding to jointly learn word and grain embedds by incorporating morphological, phonetic, and syntactical linguistic fields.
Outcome: The proposed framework integrates morphological, phonetic, and syntactical linguistic fields to learn word embeddings and grain embedds.
Are Word Embeddings Really a Bad Fit for the Estimation of Thematic Fit? (2020.lrec-1)

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Challenge: In recent years, vectors derived from neural network training have replaced count-based distributional semantic models as a de facto standard for word representation in NLP.
Approach: They propose to evaluate count models and word embeddings on thematic fit estimation by taking into account a larger number of parameters and verb roles and introducing dependency-based embedders in the comparison.
Outcome: The proposed model outperforms count models and word embeddings in thematic fit estimation tasks while introducing dependency-based embedders.
Analyzing the Surprising Variability in Word Embedding Stability Across Languages (2021.emnlp-main)

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Challenge: Word embeddings are powerful representations that form the foundation of many natural language processing architectures.
Approach: They explore word embedding stability in a wide range of languages to gain insight into their stability.
Outcome: The proposed results provide insights into word embedding stability in English and other languages.
More Embeddings, Better Sequence Labelers? (2020.findings-emnlp)

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Challenge: Existing work suggests contextual embeddings improve sequence labeling accuracy . but, there is no definite conclusion on whether concatenating different kinds of embeddables is effective .
Approach: They propose a family of contextual embeddings that improves sequence labeling accuracy . they conduct extensive experiments on 3 tasks over 18 datasets and 8 languages .
Outcome: The proposed family of contextual embeddings improves the accuracy of sequence labelers over non-contextual embedders.
Embeddings in Natural Language Processing (2020.coling-tutorials)

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Challenge: Embeddings have been a key topic of interest in NLP for the past decade . a quick warm-up introduction to NLP and why it is important to have a semantic comprehension of texts .
Approach: This tutorial will provide a high-level synthesis of the main embedding techniques in NLP . it will start with word embedds and then move to other types of embeddable vectors .
Outcome: This tutorial will provide a high-level synthesis of the main embedding techniques in NLP . it will start with word embedds and move to other types of embeddable representations .
A Survey on Automatically-Constructed WordNets and their Evaluation: Lexical and Word Embedding-based Approaches (L18-1)

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Challenge: WordNets are lexical databases in which groups of synonyms are stored according to the semantic relationships between them.
Approach: This paper describes various approaches to constructing WordNets automatically by leveraging traditional lexical resources and newer trends such as word embeddings.
Outcome: The proposed methods leverage traditional lexical resources and newer trends such as word embeddings to build and evaluate WordNets.
What’s in Your Embedding, And How It Predicts Task Performance (C18-1)

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Challenge: Attempts to find a single technique for general-purpose intrinsic evaluation of word embeddings have so far not been successful.
Approach: They propose a method that quantifies interpretable characteristics of word vector neighborhoods and shows how they correlate with performance on 14 extrinsic and intrinsic task datasets.
Outcome: The proposed approach enables multi-faceted evaluation, parameter search, and generally – a more principled, hypothesis-driven approach to development of distributional semantic representations.
Enhanced Word Representations for Bridging Anaphora Resolution (N18-2)

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Challenge: Existing word representations do not capture semantic similarity for bridging anaphora resolution.
Approach: They propose to use word embeddings to capture semantic similarity by exploring syntactic structure of noun phrases.
Outcome: The proposed model achieves 30% of accuracy for bridging anaphora resolution on ISNotes corpus.

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