Real-Time Pilgrims Management Using Wearable Physiological Sensors, Mobile Technology and Artificial Intelligence. - Ali M. Al-Shaery; Hamad Aljassmi; Soha Glal Ahmed; Norah S. Farooqi; Abdullah N. Al-Hawsawi; Mohammed Moussa; Abdessamad Tridane; Md. Didarul Alam (IEEE Access, 2022)

Open Dataset for Predicting Pilgrim Activities for Crowd Management During Hajj Using Wearable Sensors. - Ali M. Al-Shaery; Soha Glal Ahmed; Hamad Aljassmi; Abdullah N. Al-Hawsawi; Nadia Maksoud; Abdessamad Tridane; Norah S. Farooqi (IEEE Access, 2024)

Enhanced YOLOv8-Based Model with Context Enrichment Module for Crowd Counting in Complex Drone Imagery. - Abdullah N. Al-Hawsawi; Sultan Daud Khan; Faizan Ur Rehman (Remote. Sens., 2024)

Crowd Counting in Diverse Environments Using a Deep Routing Mechanism Informed by Crowd Density Levels. - Abdullah N. Al-Hawsawi; Sultan Daud Khan; Faizan Ur Rehman (Inf., 2024)

Toward an Integrated Intelligent Framework for Crowd Control and Management (IICCM). - Tarik Alafif; Mohammad S. Jassas; Alaa E. Abdel-Hakim; Ghada Alfattni; Hassan Althobaiti; Mohammed Abdulaziz Ikram; Amirah Alharbi; Hussam J. Alsharif; Mazin Alshamrani; Ebtisam Alharbi; Tahani Alsubait; Abdullah N. Al-Hawsawi; et al. (IEEE Access, 2025)

From data to insights: a comprehensive analysis of pilgrims stress and fatigue during Hajj using wearable remote sensing systems. - Mazin Alshamrani; Shema Alhazmi; Tarik Alafif; Thamir M. Qadah; Malak Aljabri; Walla Al-Eidarous; Abdullah N. Al-Hawsawi (J. King Saud Univ. Comput. Inf. Sci., 2025)

Correction: From data to insights: a comprehensive analysis of pilgrims stress and fatigue during Hajj using wearable remote sensing systems. - Mazin Alshamrani; Shema Alhazmi; Tarik Alafif; Thamir M. Qadah; Malak Aljabri; Walla Al-Eidarous; Abdullah N. Al-Hawsawi (J. King Saud Univ. Comput. Inf. Sci., 2025)