Topic2features: a novel framework to classify noisy and sparse textual data using LDA topic distributions. - Junaid Abdul Wahid; Lei Shi 001; Yufei Gao 001; Bei Yang; Yongcai Tao; Lin Wei; Shabir Hussain (PeerJ Comput. Sci., 2021)

Aspect2Labels: A novelistic decision support system for higher educational institutions by using multi-layer topic modelling approach. - Shabir Hussain; Muhammad Ayoub; Ghulam Jilani; Yang Yu 036; Akmal Khan; Junaid Abdul Wahid; Muhammad Farhan Ali Butt; Guangqin Yang; Dietmar P. F. Möller; Weiyan Hou (Expert Syst. Appl., 2022)

Topic2Labels: A framework to annotate and classify the social media data through LDA topics and deep learning models for crisis response. - Junaid Abdul Wahid; Lei Shi 001; Yufei Gao 001; Bei Yang; Lin Wei; Yongcai Tao; Shabir Hussain; Muhammad Ayoub; Imam Yagoub (Expert Syst. Appl., 2022)

End to end vision transformer architecture for brain stroke assessment based on multi-slice classification and localization using computed tomography. - Muhammad Ayoub; Zhifang Liao; Shabir Hussain; Lifeng Li; Chris W. J. Zhang; Kelvin K. L. Wong (Comput. Medical Imaging Graph., 2023)

End-to-End Transformer Architecture with Novel Ensemble Learning Method Integrating CT Scans and Clinical Narratives for Brain Stroke Diagnosis. - Junaid Abdul Wahid; Muhammad Ayoub; Mingliang Xu 001; Xiaoheng Jiang; Lei Shi 001; Lifeng Li; Shabir Hussain; Ashfaque Khawaja; Yufei Gao 001 (CGI (3), 2024)

C19-MLE: A Multi-Layer Ensemble Deep Learning Approach for COVID-19 Detection Using Cough Sounds and X-Ray Imaging. - Shabir Hussain; Gehad Abdullah Amran; Amerah A. Alabrah; Lubna Alkhalil; Ali A. Al-Bakhrani (IEEE Access, 2024)

AI-driven social media text analysis during crisis: A review for natural disasters and pandemics. - Junaid Abdul Wahid; Mingliang Xu 001; Muhammad Ayoub; Xiaoheng Jiang; Lei Shi 001; Yufei Gao 001; Shabir Hussain; Yu Yang (Appl. Soft Comput., 2025)

NN2ViT: Neural Networks and Vision Transformers based approach for Visual Anomaly Detection in Industrial Images. - Junaid Abdul Wahid; Muhammad Ayoub; Mingliang Xu 001; Xiaoheng Jiang; Lei Shi 001; Shabir Hussain (Neurocomputing, 2025)