Sentence Embeddings for Russian NLU
We investigate the performance of sentence embeddings models on several tasks for the Russian language. In our comparison, we include such tasks as multiple choice question answering, next sentence prediction, and paraphrase identification. We employ FastText embeddings as a baseline and compare it to ELMo and BERT embeddings. We conduct two series of experiments, using both unsupervised (i.e., based on similarity measure only) and supervised approaches for the tasks. Finally, we present datasets for multiple choice question answering and next sentence prediction in Russian.
Code (1)
Tasks
Multiple-choiceParaphrase IdentificationPredictionQuestion AnsweringSentenceSentence EmbeddingsMethods 이 논문이 사용한 방법론
Similar Papers 제목 키워드 기반
LANGUAGE MODEL EMBEDDINGS IMPROVE SENTIMENT ANALYSIS IN RUSSIAN
Sentiment analysis is one of the most popular natural language processing tasks. In this paper we introduce pre-trained Russian language models which are used to extract embeddings (ELMo) to improve accuracy for classifi…
ArticlesLanguage ModelingLanguage Modellingmodel+2Transformers for Headline Selection for Russian News Clusters
In this paper, we explore various multilingual and Russian pre-trained transformer-based models for the Dialogue Evaluation 2021 shared task on headline selection. Our experiments show that the combined approach is super…
Dialogue EvaluationSentenceSentence EmbeddingsCan Eye Movement Data Be Used As Ground Truth For Word Embeddings Evaluation?
In recent years a certain success in the task of modeling lexical semantics was obtained with distributional semantic models. Nevertheless, the scientific community is still unaware what is the most reliable evaluation m…
Embeddings EvaluationSentenceWord EmbeddingsWord SimilarityGPT-3.5 for Grammatical Error Correction
This paper investigates the application of GPT-3.5 for Grammatical Error Correction (GEC) in multiple languages in several settings: zero-shot GEC, fine-tuning for GEC, and using GPT-3.5 to re-rank correction hypotheses …
Grammatical Error CorrectionSentenceAutomated WordNet Construction Using Word Embeddings
We present a fully unsupervised method for automated construction of WordNets based upon recent advances in distributional representations of sentences and word-senses combined with readily available machine translation …
Information RetrievalMachine TranslationTranslationWord Embeddings+1