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Register a new userGX at SemEval-2021 Task 2: BERT with Lemma Information for MCL-WiC Task
GX في Semeval-2021 المهمة 2: بيرت مع معلومات Lemma لمهمة MCL-WIC
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تقدم هذه الورقة نظام GX لمهمة الغموض المتعددة اللغات واللغة اللغوية في السياق (MCL-WIC).الغرض من المهمة MCL-WIC هو معالجة التحدي المتمثل في التقاط الطبيعة Polysemous للكلمات دون الاعتماد على مخزون ثابت ثابت في بيئة متعددة اللغات واللغة اللغوية.لحل المشكلات، نستخدم Adgeddings Word الخاص بالسياق من بيرت للقضاء على الغموض بين الكلمات في سياقات مختلفة.ولغات دون وجود كائن تدريب متاح، مثل الصينية، نستخدم نموذج الترجمة الآلي للخلايا العصبية لترجمة البيانات الإنجليزية الصادرة عن المنظمين للحصول على البيانات الزائفة المتاحة.في هذه الورقة، نطبق نظامنا على الإعداد الإنجليزي والصيني متعدد اللغات وإظهار النتائج التجريبية أن طريقتنا لها مزايا معينة.
This paper presents the GX system for the Multilingual and Cross-lingual Word-in-Context Disambiguation (MCL-WiC) task. The purpose of the MCL-WiC task is to tackle the challenge of capturing the polysemous nature of words without relying on a fixed sense inventory in a multilingual and cross-lingual setting. To solve the problems, we use context-specific word embeddings from BERT to eliminate the ambiguity between words in different contexts. For languages without an available training corpus, such as Chinese, we use neuron machine translation model to translate the English data released by the organizers to obtain available pseudo-data. In this paper, we apply our system to the English and Chinese multilingual setting and the experimental results show that our method has certain advantages.
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In this paper, we introduce the first SemEval task on Multilingual and Cross-Lingual Word-in-Context disambiguation (MCL-WiC). This task allows the largely under-investigated inherent ability of systems to discriminate between word senses within and
across languages to be evaluated, dropping the requirement of a fixed sense inventory. Framed as a binary classification, our task is divided into two parts. In the multilingual sub-task, participating systems are required to determine whether two target words, each occurring in a different context within the same language, express the same meaning or not. Instead, in the cross-lingual part, systems are asked to perform the task in a cross-lingual scenario, in which the two target words and their corresponding contexts are provided in two different languages. We illustrate our task, as well as the construction of our manually-created dataset including five languages, namely Arabic, Chinese, English, French and Russian, and the results of the participating systems. Datasets and results are available at: https://github.com/SapienzaNLP/mcl-wic.
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In this work, we present our approach for solving the SemEval 2021 Task 2: Multilingual and Cross-lingual Word-in-Context Disambiguation (MCL-WiC). The task is a sentence pair classification problem where the goal is to detect whether a given word co
mmon to both the sentences evokes the same meaning. We submit systems for both the settings - Multilingual (the pair's sentences belong to the same language) and Cross-Lingual (the pair's sentences belong to different languages). The training data is provided only in English. Consequently, we employ cross-lingual transfer techniques. Our approach employs fine-tuning pre-trained transformer-based language models, like ELECTRA and ALBERT, for the English task and XLM-R for all other tasks. To improve these systems' performance, we propose adding a signal to the word to be disambiguated and augmenting our data by sentence pair reversal. We further augment the dataset provided to us with WiC, XL-WiC and SemCor 3.0. Using ensembles, we achieve strong performance in the Multilingual task, placing first in the EN-EN and FR-FR sub-tasks. For the Cross-Lingual setting, we employed translate-test methods and a zero-shot method, using our multilingual models, with the latter performing slightly better.
In this paper, we describe our proposed methods for the multilingual word-in-Context disambiguation task in SemEval-2021. In this task, systems should determine whether a word that occurs in two different sentences is used with the same meaning or no
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