Telecom and Networks (TelNet)
Research Group
This group has been renamed to => Intelligent SEcure Networks (IntelliSEN)
In the TelNet (now called IntelliSEN) Research Group, we aim to solve recent problems related to one of more of the following topics.
Internet of Everything (Things & Vehicles)
Blockchain and Smart Contracts
Security and Privacy
AI-based Networks
Current Students (name - broad topic)
Muhammad Kamran (PhD) - {A Novel Optimized Anomaly Detection Mechanism for Blockchain using Advanced Machine Learning Techniques}
Muhammad Nadeem (PhD) - {An optimized Security and Privacy Mechanism in Blockchain-based Internet of Vehicles}
Tariq Aziz (PhD) - {A Novel Digital Twin-based Predictive Mechanism of Cyberthreats in Smart Grid}
Past Students (name - thesis title)
(SP'23)
Ahsan (MS) - {An Optimized Behaviour-based Ransomware Detection Mechanism using Advanced Machine Learning Techniques}
Faizan (MS) - {An Improved Hybrid Approach for Mobile Malware Detection and Classification using Advanced Machine Learning Techniques}
Zulfiqar Khan (MS) - {An Efficient Symmetric Cryptographic Mechanism for Battery Powered Smart IoT Devices}
(SP'21)
Usman Gondal (MS) - {Machine Learning-based Feedback Analysis in Blockchain-enabled Vaccine Supply Chain}
Muhammad Ikram (MS) - {A Blockchain-based Access Control Mechanism for Smart City IoT Devices}
Hammad (MS) - {A Pharmaceutical Supply Chain System based on Blockchain and Deep Learning to Counter Fake Medicine and to Support Demand Forecast}
(Fall'20)
Mehtab (MS) - {Producer Mobility Support in NDN-based Mobile IoT Network}
Tashjia Malik (MS) - {Privacy-Featured Edge Caching in Content-Centric Network}
(Fall'19)
Lubna Awan (MS) - {A Novel Producer Mobility Management (PMM) Technique for Content-Centric Mobile Ad-hoc Network}
(Spring'19)
Ali Nawaz (MS) - {A Novel Blockchain-based E-Challan System for Content-Centric Internet of Vehicles}
(Fall'18)
Safia (MS) - {Fuzzy Trickle Algorithm for Mobility Support in the Internet of Things} - [to be submitted]
Shaheer Ullah (MS) - {Priority-based Traffic Classification and Forwarding for NDN in Sensitive IoT Environments} - [to be submitted]
(Spring'18)
Salma Malik (MS) - {Fuzzy RAT Selection in High Density Environment} - [to be submitted]
Saad Mahmood (MS) - {A Fast and Efficient Interest Processing Mechanism for Content-Centric Internet of Vehicles} - [to be submitted]
Nuzhat Batool Zaidi (MS) - {Dynamic Clustering with QoS Scheduling at Mobile Hotspot in High Density IoT Environment} - [to be submitted]
Syed Haseeb (MS) - {A Logically Centralized Load Balancing Scheme for Software-Defined Industrial IoTs } - [to be submitted]
(Fall'17)
Zameer Ahmed (MS) - {An Adaptive Dynamic RDC Mechanism with Phase-lock for Low Power IoT Devices} - [submitted]
Muhammad Bilal (MS) - {An Efficient Edge-based Flash Crowd Mitigation Technique for CDN Traffic in Campus Area Network} - [submitted]
(Spring'17)
Shehroz Riaz (MS) - {Fast Rerouting Protocol with Multi-link-failure Recovery for Mission-Critical WSN} - [Elsevier FGCS - 10.1016/j.future.2018.06.029]
Anam Javaid (MS) - {Clustering-cum-Handover Management Scheme for Improved Internet Access in High Density Wireless Environment}
Muhammad Nadeem (MS)- {An Efficient Multi-channel Data Delivery Scheme for Dense Industrial IoT Environments} - [submitted]