Modeling of Arabic Language for Authorship Identification
the International Journal of Scientific & Technology Research • 2021
Publication Information
Authors
Heba M. Khalil, Ahmed Taha, Tarek El-Shistawy
Keywords
Not Available
Journal
the International Journal of Scientific & Technology Research
Publisher
Not Available
Volume
10
Issue
5
Pages
157–162
publication.type
International
Paper Link
Open Link
Supplementary Materials
Not Available
Abstract
With the vast volume of data processed in digital form today, the need for and capability of analysing and processing this data for forensic
authorship authentication has increased. The focus of study has concentrated on English, Spanish, and German. Arabic language has received less
attention from the academic community due to the difficulty and length of Arabic sentences. This article provides a set of stylometric features derived
from the study of many articles' parts of expression, including adjectives ratio, sentence size, conjunctions, and others. This details is classified into two
categories: statistical features and linguistic features. The AdaBoost and Bagging ensemble approaches have been proposed in this research to
maximise predictive efficiency in Arabic articles by using multiple learning. The results indicate that the Bagging model achieves average accuracy of
91.5 %, while the AdaBoost model achieves the highest accuracy of 93.6 %.
authorship authentication has increased. The focus of study has concentrated on English, Spanish, and German. Arabic language has received less
attention from the academic community due to the difficulty and length of Arabic sentences. This article provides a set of stylometric features derived
from the study of many articles' parts of expression, including adjectives ratio, sentence size, conjunctions, and others. This details is classified into two
categories: statistical features and linguistic features. The AdaBoost and Bagging ensemble approaches have been proposed in this research to
maximise predictive efficiency in Arabic articles by using multiple learning. The results indicate that the Bagging model achieves average accuracy of
91.5 %, while the AdaBoost model achieves the highest accuracy of 93.6 %.
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