Subscribe to the gold package and get unlimited access to Shamra Academy
Register a new userIncreasing Sentence-Level Comprehension Through Text Classification of Epistemic Functions
زيادة فهم مستوى الجملة من خلال تصنيف النص للوظائف المعرفية
147
0 0
0.0
(
0
)
Created by
Shamra Editor
Ask ChatGPT about the research
كلمة embeddings تلتقط المعنى الدلالي للكلمات الفردية.كيفية سد المعرفة اللغوية على مستوى Word مع تمثيل لغة مستوى الجملة هو مشكلة مفتوحة.تفحص هذه الورقة ما إذا كان يمكن تحقيق تمثيلات مستوى الجملة من خلال بناء قاعدة بيانات جملة مخصصة تركز على جانب واحد من معنى الجملة.إن الجوانب الدلالية الثلاثة المنفصلة الخاصة بنا هي ما إذا كانت الجملة: (1) تقوم (1) بإجراء علاقات سببية، (2) تشير إلى أن شيئين مرتبطين ببعضهما البعض، و (3) يعبر عن معلومات أو معرفة.توفر المصنفات الثلاثة معلومات معرفية حول محتوى الجملة.
Word embeddings capture semantic meaning of individual words. How to bridge word-level linguistic knowledge with sentence-level language representation is an open problem. This paper examines whether sentence-level representations can be achieved by building a custom sentence database focusing on one aspect of a sentence's meaning. Our three separate semantic aspects are whether the sentence: (1) communicates a causal relationship, (2) indicates that two things are correlated with each other, and (3) expresses information or knowledge. The three classifiers provide epistemic information about a sentence's content.
References used
https://aclanthology.org/
rate research
Read More
Natural Language Inference (NLI) has garnered significant attention in recent years; however, the promise of applying NLI breakthroughs to other downstream NLP tasks has remained unfulfilled. In this work, we use the multiple-choice reading comprehen
sion (MCRC) and checking factual correctness of textual summarization (CFCS) tasks to investigate potential reasons for this. Our findings show that: (1) the relatively shorter length of premises in traditional NLI datasets is the primary challenge prohibiting usage in downstream applications (which do better with longer contexts); (2) this challenge can be addressed by automatically converting resource-rich reading comprehension datasets into longer-premise NLI datasets; and (3) models trained on the converted, longer-premise datasets outperform those trained using short-premise traditional NLI datasets on downstream tasks primarily due to the difference in premise lengths.
Arabic sentiment analysis research existing currently is very limited. While sentiment analysis has many applications in English, the Arabic language is still recognizing its early steps in this field. In this paper, we show an application
on Arabic
sentiment analysis by implementing a sentiment classification for Arabic tweets. The retrieved tweets are analyzed to provide their sentiments polarity (positive, or negative). Since, this data is collected from the social network Twitter; it has its importance for the Middle East region, which mostly speaks Arabic
This research shows the concept of sentence syntax and the text
syntax and the difference between them, beside their respective
areas .It also tries to specify the obstacles which prevent the
progress of this kind of linguistic lesson in our Arabi
an collages
.Then it stops at the trends of linguistic studies where such kind of
linguistic lesson appears .Also tries to monitor the reality of this
lingual lesson in the Syrian collages through one sample ,that is Al
Baath University .Finally finishes by the most important
recommendations which can contribute in developing this kind of
lingual lesson .
The quality of fully automated text simplification systems is not good enough for use in real-world settings; instead, human simplifications are used. In this paper, we examine how to improve the cost and quality of human simplifications by leveragin
g crowdsourcing. We introduce a graph-based sentence fusion approach to augment human simplifications and a reranking approach to both select high quality simplifications and to allow for targeting simplifications with varying levels of simplicity. Using the Newsela dataset (Xu et al., 2015) we show consistent improvements over experts at varying simplification levels and find that the additional sentence fusion simplifications allow for simpler output than the human simplifications alone.
A major challenge in analysing social me-dia data belonging to languages that use non-English script is its code-mixed nature. Recentresearch has presented state-of-the-art contex-tual embedding models (both monolingual s.a.BERT and multilingual s.a.
XLM-R) as apromising approach. In this paper, we showthat the performance of such embedding mod-els depends on multiple factors, such as thelevel of code-mixing in the dataset, and thesize of the training dataset. We empiricallyshow that a newly introduced Capsule+biGRUclassifier could outperform a classifier built onthe English-BERT as well as XLM-R just witha training dataset of about 6500 samples forthe Sinhala-English code-mixed data.
suggested questions
Log in to be able to interact and post comments
comments
Fetching comments
Sign in to be able to follow your search criteria
