Supervision

Current Students

  1. PhD Thesis
  •  Lamia Albraheem “Service Discovery schemes for Vehicular Ad hoc Networks (VANETs)’ .
  • Anees Ara Ahamed “An End-End Security framework for Cyber-Physical Cloud Computing Systems –A secure insight”.

       2.  MS Thises·       

  • Nadia R. Albelwi “An Energy Efficient TDMA MAC With QoS for Wireless Sensor Networks”
  • Shaden Saleh Al-Aqeeli, "Risk-Aware Privacy Preservation For Access Control In E-Healthcare Systems." 

Graduated Students
1. PhD thesis

  • Najla Al-Nabhan "Connected Dominating Set Algorithms for Wireless Sensor Networks."
  • Amal AlHarbi "A Stability-Based Ad-hoc Cognitive Packet Network Routing Algorithm."
  • Qiang Ma, "Improving Trade-off between Fairness and Throughput in Multi-rate WLANs." 

2.   Master thesis:

  • Miada Murad "A Novel Identity and Location Privacy Preserving Framework for Cloud-based Multimedia Surveillance System".
  • Mariya Muneeb "An Efficient Privacy-preserve Cube CP-ABE Scheme with constant ciphertext for Healthcare System".
  • Syed Abdul Muqtader Razvi, "A Cloud-Based Automation Architecture and A Privacy Protocol for Unit and Ubiquitous Internet of Things (U2IoT) Environment that Utilizes RFID." 

 
3. MS Projects

  • Areej Abdu Muhammed, "A privacy Preserving Attribute Access Control Model for Location-based Services."
  • Latifa Al-Jebreen, "Message Exchange in VANET for Smart Taxis."
  • Maha Bakalla, "Performance Improvement of MU-MIMO Protocol for WLAN."
  • Reem Al-Salih " Privacy in E-Health in Local Health Care Domain."
  • Maram Al-Shablan "Secure Multi-owner based cloud computing framework for big data."
  •  Nusaibah Al-Ratta "FMAC: FAIR MAC Protocol for Achieving Proportional Fairness in Multirate WSN."
  •  Ohood Althobaiti "Biometric-based Authentication Technique for Wireless Sensor Network."
  • Mashael S. Bin-Sabbar "Diabetes Monitoring System."
  • Hajar Al-Hujailan "Cooperative Intrusion Detection Scheme for Clustered Mobile Ad Hoc Networks."
  • Bodoor Al-Fares "Power Aware Cluster-based Service Discovery for MANETs."