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Register a new userMonolingual Word Sense Alignment as a Classification Problem
محاذاة معنى كلمة أحادية الأحادية كمشكلة التصنيف
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يتم تعريف الكلمات بناء على معانيها بطرق مختلفة في موارد مختلفة.يزيد محاذاة حواس الكلمات عبر الموارد المعجمية أحادية العمل، مما يزيد من تغطية المجال وتمكن تكامل البيانات وإدماجها.في هذه الورقة، نستكشف تطبيق أساليب التصنيف باستخدام الميزات المستخرجة يدويا جنبا إلى جنب مع تقنيات تعليم التمثيل في مهمة محاذاة معنى النصوص والكشف عن العلاقة الدلالية.نوضح أن أداء أساليب التصنيف يختلف بشكل كبير بناء على نوع العلاقات الدلالية بسبب طبيعة المهمة ولكنه يتفوق على التجارب السابقة.
Words are defined based on their meanings in various ways in different resources. Aligning word senses across monolingual lexicographic resources increases domain coverage and enables integration and incorporation of data. In this paper, we explore the application of classification methods using manually-extracted features along with representation learning techniques in the task of word sense alignment and semantic relationship detection. We demonstrate that the performance of classification methods dramatically varies based on the type of semantic relationships due to the nature of the task but outperforms the previous experiments.
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Supervised systems have nowadays become the standard recipe for Word Sense Disambiguation (WSD), with Transformer-based language models as their primary ingredient. However, while these systems have certainly attained unprecedented performances, virt
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Supervised approaches usually achieve the best performance in the Word Sense Disambiguation problem. However, the unavailability of large sense annotated corpora for many low-resource languages make these approaches inapplicable for them in practice.
In this paper, we mitigate this issue for the Persian language by proposing a fully automatic approach for obtaining Persian SemCor (PerSemCor), as a Persian Bag-of-Word (BoW) sense-annotated corpus. We evaluated PerSemCor both intrinsically and extrinsically and showed that it can be effectively used as training sets for Persian supervised WSD systems. To encourage future research on Persian Word Sense Disambiguation, we release the PerSemCor in http://nlp.sbu.ac.ir.
Text simplification is a growing field with many potential useful applications. Training text simplification algorithms generally requires a lot of annotated data, however there are not many corpora suitable for this task. We propose a new unsupervis
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