Deep Learning

WojoodNER 2023: The First Arabic Named Entity Recognition Shared Task

We present WojoodNER-2023, the first Arabic Named Entity Recognition (NER) Shared Task. The primary focus of WojoodNER 2023 is on Arabic NER, offering novel NER datasets (i.e., …

mustafa-jarrar

SALMA: Arabic Sense-Annotated Corpus and WSD Benchmarks

SALMA, the first Arabic sense-annotated corpus, consists of 34K tokens, which are all sense-annotated. The corpus is annotated using two different sense inventories simultaneously …

mustafa-jarrar

ArBanking77: Intent Detection Neural Model and a New Dataset in Modern and Dialectical Arabic

This paper presents the ArBanking77, a large Arabic dataset for intent detection in the banking domain. Our dataset was arabized and localized from the original English Banking77 …

mustafa-jarrar

Arabic Fine-Grained Entity Recognition

Traditional NER systems are typically trained to recognize coarse-grained entities, and less attention is given to classifying entities into a hierarchy of fine-grained lower-level …

haneen-liqreina

Offensive Hebrew Corpus and Detection using BERT

Offensive language detection has been well studied in many languages, but it is lagging behind in low-resource languages, such as Hebrew. In this paper, we present a new offensive …

nagham-hamad

Context-Gloss Augmentation for Improving Arabic Target Sense Verification

Arabic language lacks semantic datasets and sense inventories. The most common semantically-labeled dataset for Arabic is the ArabGlossBERT, a relatively small dataset that …

sanad-malaysha
Wojood: Nested Arabic Named Entity Corpus and Recognition using BERT featured image

Wojood: Nested Arabic Named Entity Corpus and Recognition using BERT

This paper presents Wojood, a corpus for Arabic nested Named Entity Recognition (NER). Nested entities occur when one entity mention is embedded inside another entity mention. …

mustafa-jarrar
Wojood - Arabic NER featured image

Wojood - Arabic NER

Wojood consists of about 550K tokens (MSA and dialect) that are manually annotated with 21 entity types (e.g., person, organization, location, event, date, etc). It covers multiple …

Joint Entity Extraction and Assertion Detection for Clinical Text featured image

Joint Entity Extraction and Assertion Detection for Clinical Text

Negative medical findings are prevalent in clinical reports, yet discriminating them from positive findings remains a challenging task for in-formation extraction. Most of the …

parminder-bhatia
Comprehend Medical: A Named Entity Recognition and Relationship Extraction Web Service featured image

Comprehend Medical: A Named Entity Recognition and Relationship Extraction Web Service

Comprehend Medical is a stateless and Health Insurance Portability and Accountability Act (HIPAA) eligible Named Entity Recognition (NER) and Relationship Extraction (RE) service …

parminder-bhatia
Comprehend Medical featured image

Comprehend Medical

Amazon Comprehend Medical is a HIPAA-eligible natural language processing (NLP) service that uses machine learning that has been pre-trained to understand and extract health data …

Improving Hospital Mortality Prediction with Medical Named Entities and Multimodal Learning

Clinical text provides essential information to estimate the acuity of a patient during hospital stays in addition to structured clinical data. In this study, we explore how …

mengqi-jin