Arabic Text Dataset

Project Overview:

Objective

To compile an expansive dataset of Arabic text tailored for a spectrum of linguistic and machine learning applications, it is essential to emphasize accuracy, diversity, and cultural nuances. Consequently, the process requires a comprehensive approach that incorporates various sources and text types.

Scope

The collection of Arabic text spans multiple genres, encompassing a wide array of literary forms and thematic expressions. To ensure precision and richness, intricate annotations have been meticulously added. Additionally, these annotations provide comprehensive insights, enhancing the reader’s understanding of the nuances within the text. Moreover, the diverse genres represented include poetry, prose, historical documents, and religious texts.

Arabic Text Dataset
Arabic Text Dataset
Arabic Text Dataset
Arabic Text Dataset

Sources

  • Literary genres encompass poetry, fiction, and non-fiction are collected. Additionally, within these broad categories, we find various subgenres that further enrich the literary landscape.
  • Effectively collected news articles and broadcasts disseminating information.
  • Scholarly research papers produced within academia.
  • Discussions were collected on online forums and posts on social media.
  • Texts with historical and religious significance are curated effectively.
case study-post
Arabic Text Dataset
Arabic Text Dataset

Data Collection Metrics

  • Total Text Entries: 300,000
  • Literary Works: 80,000
  • News Articles: 70,000
  • Academic Papers: 50,000
  • Online Conversations: 60,000
  • Historical & Religious Texts: 40,000

Annotation Process

Stages

  1. POS Tagging: involves labeling parts of speech for each word. Additionally, Named Entity Recognition focuses on identifying and classifying names, places, dates, etc.
  2. Named Entity Recognition: Furthermore, Sentiment Analysis entails tagging sentences or passages with their emotional tone.
  3. Sentiment Analysis: Tagging sentences or passages with their emotional tone.
  4. Moreover, Dialect Identification: Labeling based on regional Arabic dialects (e.g., Egyptian, Gulf, Levantine).
  5. Lastly, Morphological Analysis: Breaking down words into their root, pattern, and affixes

Annotation Metrics

  • Total Annotations: 1,500,000
  • POS Tags: 500,000
  • Sentiments: 200,000
  • Dialect Tags: 250,000
  • Morphological Tags: 250,000
Arabic Text Dataset
Arabic Text Dataset
Arabic Text Dataset
Arabic Text Dataset

Quality Assurance

Stages

Linguist Review: Engaging native Arabic linguists to validate annotations.
Additionally, Consistency Audits: Automated tools to ascertain uniformity across annotations.
Furthermore, Inter-annotator Agreement: Assigning overlapping sections to multiple annotators to ensure consistent tagging.

QA Metrics

  • Annotations Reviewed by Linguists: 150,000 (10% of total annotations)
  • Inconsistencies Detected and Rectified: 30,000 (2% of total annotations)

Conclusion

The Arabic Text Dataset initiative has led to the creation of a resource-rich in cultural, academic, and linguistic diversity. Consequently, through meticulous collection and annotation, this dataset stands out as a beacon for Arabic language studies, AI training, and linguistic research. Furthermore, its vastness and depth are sure to contribute significantly to advancing Arabic natural language processing and understanding.

Technology

Quality Data Creation

Technology

Guaranteed TAT

Technology

ISO 9001:2015, ISO/IEC 27001:2013 Certified

Technology

HIPAA Compliance

Technology

GDPR Compliance

Technology

Compliance and Security

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