Journal Article

Author profiling from Romanized Urdu text using transfer learning models

Khan, Sajid Ullah, khan, Muhammad Sohail, Ali, Abid, Khan, Muhammad Amin, Khan, Faheem

2025

Overview

This research concentrates on author profiling using transfer learning models for classifying age and gender. The investigation encompassed a diverse set of transfer learning techniques, including Roberta, BERT, ALBERT, Distil BERT, Distil Roberta, ELECTRA, and XLNet. Through meticulous evaluation using metrics such as the Matthews Correlation Coefficient, Accuracy, Precision, Recall, and F1 Score, the study examined the efficacy of these models. The curated dataset was divided for gender and age tasks, resulting in robust gender prediction with the XLNet model and age prediction with the BERT model. Notably, the XLNet model achieved the highest MCC (0.7946), Accuracy (0.8957), Precision (0.8992), Recall (0.8957), and F1 Score (0.8958) values in gender classification, while the BERT model excelled in age prediction with an MCC of (0.7338), Accuracy of (0.8220), Precision of (0.8324), Recall of (0.8220), and F1 Score of (0.8243). Visualized outcomes provide valuable insights into the model’s performance nuances, paving the way for their practical implementation. This research offers novel contributions to author profiling tasks, bridging the gap between theory and real-world applications.

• Publisher: Springer London,Springer Nature B.V
• Subject: Accuracy / Artificial Intelligence / Classification / Computational Biology/Bioinformatics / Computational Science and Engineering / Computer Science / Correlation coefficients / Data Mining and Knowledge Discovery / Gender / Image Processing and Computer Vision / Learning / Original Article / Probability and Statistics in Computer Science / Recall