DOPA: Detecting Open Ports in Android OS. - Ali Alshehri; Hani Alshahrani; Abdulrahman Alzahrani; Raed Alharthi; Huirong Fu; Anyi Liu; Ye Zhu 001 (CNS, 2018)

T-PAAD: Trajectory Privacy Attack on Autonomous Driving. - Abdelnasser Banihani; Abdulrahman Alzahrani; Raed Alharthi; Huirong Fu; George P. Corser (CNS, 2018)

Location Privacy Challenges in Spatial Crowdsourcing. - Raed Alharthi; Abdelnasser Banihani; Abdulrahman Alzahrani; Ali Alshehri; Hani Alshahrani; Huirong Fu; Anyi Liu; Ye Zhu 001 (EIT, 2018)

RanDroid: Structural Similarity Approach for Detecting Ransomware Applications in Android Platform. - Abdulrahman Alzahrani; Ali Alshehri; Hani Alshahrani; Raed Alharthi; Huirong Fu; Anyi Liu; Ye Zhu 001 (EIT, 2018)

DCentroid: Location Privacy-Preserving Scheme in Spatial Crowdsourcing. - Raed Alharthi; Esam Aloufi; Ali Alqazzaz; Ibrahim Alrashdi; Mohamed A. Zohdy (CCWC, 2019)

AD-IoT: Anomaly Detection of IoT Cyberattacks in Smart City Using Machine Learning. - Ibrahim Alrashdi; Ali Alqazzaz; Esam Aloufi; Raed Alharthi; Mohamed A. Zohdy; Ming Hua 003 (CCWC, 2019)

A Practical Evaluation of a Secure and Energy-Efficient Smart Parking System Using the MQTT Protocol. - Ali Alqazzaz; Raed Alharthi; Ibrahim Alrashdi; Esam Aloufi; Mohamed A. Zohdy; Ming Hua 003 (ICISDM, 2019)

FBAD: Fog-based Attack Detection for IoT Healthcare in Smart Cities. - Ibrahim Alrashdi; Ali Alqazzaz; Raed Alharthi; Esam Aloufi; Mohamed A. Zohdy; Ming Hua 003 (UEMCON, 2019)

TASC: Efficient Task Assignment in Spatial Crowdsourcing with Workers Privacy Protection. - Esam Aloufi; Raed Alharthi; Ibrahim Alrashdi; Ali Alqazzaz; Dareen Alsulami; Mohamed Zohdy (EIT, 2020)

Protecting Location Privacy for Crowd Workers in Spatial Crowdsourcing Using a Novel Dummy-Based Mechanism. - Raed Alharthi; Esam Aloufi; Ibrahim Alrashdi; Ali Alqazzaz; Mohamed A. Zohdy; Julian L. Rrushi (IEEE Access, 2020)

Forged Video Detection Using Deep Learning: A SLR. - Maryam Munawar; Iram Noreen; Raed Alharthi; Nadeem Sarwar (Appl. Comput. Intell. Soft Comput., 2023)

BioAug-Net: a bioimage sensor-driven attention-augmented segmentation framework with physiological coupling for early prostate cancer detection in T2-weighted MRI. - Muhammad Arshad; Chengliang Wang; Wajeeh Us Sima Muhammad; Jamshed Ali Shaikh; Hanen Karamti; Raed Alharthi; Julius Selecky (BioData Min., 2025)