Students

PhD Thesis

Supervision    

                     Total = 2 

         1 Completed + 1 on-going

• [P1] Efficient Task Offloading in Fog Enabled loT Networks

  • Usman Mehmood (Fall 2023)

• [P2] Intelligent transmission mechanisms for next generation Vehicular Communications

  • Kashif Aslam (Fall 2024)

Co-Supervision

                     Total = 1 

         0 Completed + 1 on-going

• [P1-C] Machine learning based D2D Communications

  • Saba Khan (Fall 2021)

MS Thesis

Supervision    

                     Total = 31

         28 Completed + 3 on-going

• [M1] Adaptive Security for Vehicular Networks

  • Faisal (Spring 2018)

• [M2] Cooperative Clustering MAC protocol for Vehicular Networks

  • Inayat Shah (Spring 2018)

• [M3] Design of efficient protocol for energy harvesting in wireless sensor networks

  • Sangrez Khan (Fall 2018)

• [M4] Multi-hop D2D Communication

  • Hifza Sajid (Fall 2018)

• [M5] Device Discovery in D2D Communications

  • Hibba Ajmal (Fall 2018)

• [M6] Optimized FPGA implementation of Elliptic Curve Cryptography

  • Rida Fatima (Fall 2018)

• [M7] Cognitive MAC for Internet of Things

  • Asfund Ausaf (Spring 2019)

• [M8] Outlier Detection Algorithm for Wireless Networks

  • Usman Zafar (Spring 2019)

• [M9] Intelligent Content Caching for Intelligent Transport Systems

  • Salman Janjua (Fall 2019)

• [M10] Task scheduling in Fog networks

  • Shaukat Ali (Spring 2020)

• [M11] Performance analysis of SB-SPS MAC protocol for C-V2X

  • Mushahid Hussain (Spring 2020)

• [M12] Architectural Implementation of 5G Security Protocols on FPGA

  • Usva Rahim (Fall 2020)

• [M13] Power Control for Device To Device Communication

  • Shanzah Ali (Fall 2020)

• [M14] Design of DC Solid-State Circuit Breaker for Fault Current Protection

  • Umer Zafar (Fall 2020)

• [M15] Task offloading for fog enabled vehicular networks

  • Farhan Ali (Spring 2021)

• [M16] Efficient content caching in vehicular network

  • Inyat ullah Imran (Spring 2021)

• [M17] Energy-Efficient Device Control for Fog Computing based IoT networks

  • Umar Farooq (Spring 2021)

• [M18] Energy aware task offloading in fog enabled IoT networks

  • Hira Tariq (Fall 2021)

• [M19] Efficient Resource Allocation in Fog Computing Networks

  • Sajid Khan (Fall 2021)

• [M20] Task offloading for fog enabled IoT networks

  • Saad Qayyum (Fall 2021)

• [M21] Energy Efficient Fog Computing for IoT Nodes

  • Fatima Malik (Fall 2021)

• [M22] Efficient task offloading in vehicular networks

  • Ihsan Ullah (Fall 2021)

• [M23] Implementation of smart contract for medical supply chain application

  • Kamran (Spring 2022)

• [M24] Mobility Aware Task Offloading in vehicular networks

  • Zohaib Raza (Spring 2022)

• [M25] Efficient load balancing algorithm for fog computing

  • Muhammad Jawad Ahmad (Spring 2021)

• [M26] Parallel offloading for fog enabled IoT networks

  • Kainat Ashfaq (Fall 2022)

• [M27] Efficient anomaly detection algorithm

  • Qaisar Ayub (Fall 2022)

• [M28] Efficient resource allocation technique for IoT enabled fog nodes

  • Muhammad Basit Khan (Fall 2022)

• [M29] Performance analysis of blockchain enabled IoT

  • Mubashar Iqbal (Spring 2023)

• [M30] Identification of active channels in a cdma2000 signal in COMINT mode

  • Muqadas Munir (Spring 2023)

• [M31] Secure Fog computing

  • Abrar (Fall 2023)

Co-Supervision

                    Total = 10    

        6 Completed + 4 on-going

• [M1-C] Implementation of airborne Internet access through ground station

  • Abdullah Numani (Fall 2017)

• [M2-C] Comparative evaluation of energy management techniques for fuel Cell based hybrid system

  • Zeeshan Saeed (Fall 2018)

• [M3-C] Intelligent channel allocation in Cognitive networks

  • Muddasar Rahim (Spring 2020)

• [M4-C] Reconfigurable Intelligent Assisted Multiple Input multiple Output Communication

  • Wasif Shabbir (Spring 2021)

• [M5-C] FPGA implementation of blockchain caching

  • Farman Ali (Fall 2021)

• [M6-C] Artifical Neural Networks Based Optimal Power Flow

  • Hasan Ahmed (Fall 2021)

• [M7-C] Reinforcement learning based routing for multi-agent robots

  • Hamza Shahid (Fall 2021)

• [M8-C] An Efficient Content Caching Algorithm for Road Side Units in Vehicular Network

  • Husnain Riaz (Spring 2021)

• [M9-C] ANN optimal power flow

  • X (Fall 2021)

• [M10-C] IRS

  • Maimona (Fall 2021)

BS Final Year Projects

Supervision

                     Total = 23  

         18 Completed + 5 on-going           

• [B1] IoT based Smart Parking System 

  • Haseeb Ahmed and Waqas (Fall 2017)

• [B2] IoT based Remote Patient Monitoring

  • Aimen Hassan and Zainab Ghani (Fall 2017)

• [B3] Traffic Congestion Detection using Sensors 

  • Asbah Gull and Rajja Waqar (Fall 2017)

• [B4] Indoor Positioning System using Wi-Fi Fingerprinting

  • Hasnain, Aiman and Talha (Spring 2018)

• [B5] Implementation of SDN

  • Mubeen and Furqan (Fall 2018)

• [B6] Zigbee based Intelligent Helmet for Coal Mines

  • Waleed, Hamza and Faizan (Spring 2019)

• [B7] Unified Power Flow Control

  • Narender, Fahad and Zawar (Spring 2019)

• [B8] Implementation of Maximum Power Point Tracking System

  • Talha, Osama and Usman (Spring 2019)

• [B9] Power Generation using PiezoElectric Material 

  • Talha, Shahwaiz, Fazilat (Spring 2019)

• [B10] Maximum power tracking of PV system in partial shaded conditions 

  • Waleed, Mobeen and Hamza (Spring 2020)

• [B11] Unified power control for microgrids 

  • Zain, Arslan and Umar (Spring 2020)

• [B12] Multi-period optimal power flow in the presence of renewable generation uncertainties 

  • Usman, Hassan and Umair (Spring 2020)

• [B13] Real-time Economic Dispatch considering renewable energy resources 

  • Usman, Hamza and Bilawal (Spring 2020)

• [B14] Cyber Take down service

  • Bilal and Abdul Rehman (Spring 2021)

• [B15] Optimal Power Flow for Renewable Energy Sources  

  • Moazam, Shahryar and Saim (Spring 2021)

• [B16] 3 phase grid tied inverter 

  • Nauman and Muneeb (Spring 2021)

• [B17] Dual Power generation Solar plus windmill generator 

  • Naqibullah, Shehryar and Ali Haider (Spring 2021)

• [B18] Smart Load Monitoring Inverter 

  • Zubair, Qazi Ahmad and Anas (Spring 2021)

• [B19] Enhancing Cyber Security using MITRE Attacks on Mapping 

  • Qanita and Areej (Spring 2022)

• [B20] AI Empowered Anomaly Detection on Honeypot Data 

  • Farhan, Jahanzaib and Umair (Spring 2022)

• [B21] IoT Based Temperature Monitoring and Data Transmission 

  • Ayesha and Maryum (Spring 2022)

• [B22] Artificial Intelligence Empowered Fog Computing 

  • Abdullah, Reyan and Anas (Spring 2022)

• [B23] Resource Allocation in Fog Computing based IoT Networks  

  • Sajid and Hamza (Spring 2022)

• [B24] IoT Based Military Vehicle  

  • Hamza, Muzammil and Ramish (Spring 2022)

• [B25] IOT Based Night Vision Patrolling Robot  

  • Ihtisham, Hassan and Abdul Ahad (Spring 2022)

Co-Supervision

                      Total = 9   

         7 Completed + 2 on-going

• [B1-C] FPGA implementation of ECDSA algorithm for ITS

  • Aiza, Urooj and Abdullah (Spring 2018)

• [B2-C] Investigate Modulation Technique for 3 Phase AC-DC Converter 

  • Aqeel, Ali and Qaiser (Spring 2019)

• [B3-C] Security Algorithm of Cellular-V2X on FPGA

  • Junaid and Muddassar (Spring 2020)

• [B4-C] FPGA Implementation of ECDSA for ITS Application 

  • Mahnoor, Marium and Maimoona (Spring 2020)

• [B5-C] Power Quality enhancement in residential smart grids through power factor correction stages

  • Arooj and Hamd (Spring 2020)

• [B6-C] Artificial Neural Networks for Power Flow Analysis 

  • Abdul Wahab, and Arslan (Spring 2021)

• [B7-C] power flow analysis

  • Sohail, Usman and Muzzammil (Spring 2021)

• [B8-C] Anomaly detection

  • Azka and Komal (Spring 2022)

• [B9-C] MITRE mapping

  • Taimur and Jarar (Spring 2022)