Research Group Leader :  Dr. Muhammad Maaz Rehan

In the IntelliSEN Research Group, we aim to solve recent problems. 

• Internet of Everything (Things  &  Vehicles)

• Blockchain and Smart Contracts

• Security and Privacy

• AI-based Networks

Current Students (name - broad topic)

1. Muhammad Kamran (PhD)   -   {A Novel Optimized Anomaly Detection Mechanism for Blockchain using Advanced Machine Learning Techniques}

2. Muhammad Nadeem (PhD)   -   {An optimized Security and Privacy Mechanism in Blockchain-based Internet of Vehicles}

3. Tariq Aziz (PhD)   -   {A Novel Digital Twin-based Predictive Mechanism of Cyberthreats in Smart Grid}

4. Muhammad Hanif (PhD)   -   { An Adaptive, Cyber-Resilient, and Smart Zero Trust Security Scheme using Blockchain Technology

Past Students (name - thesis title)

(SP'23)

1.  Ahsan (MS) - {An Optimized Behaviour-based Ransomware Detection Mechanism using Advanced Machine Learning Techniques}

2.  Faizan (MS) - {An Improved Hybrid Approach for Mobile Malware Detection and Classification using Advanced Machine Learning Techniques}

3.  Zulfiqar Khan (MS) - {An Efficient Symmetric Cryptographic Mechanism for Battery Powered Smart IoT Devices}

(SP'21)

1. Usman Gondal (MS) - {Machine Learning-based Feedback Analysis in Blockchain-enabled Vaccine Supply Chain}

2. Muhammad Ikram (MS) - {A Blockchain-based Access Control Mechanism for Smart City IoT Devices}

3. Hammad (MS) - {A Pharmaceutical Supply Chain System based on Blockchain and Deep Learning to Counter Fake Medicine and to Support Demand Forecast}

(Fall'20) 

1. Mehtab (MS) - {Producer Mobility Support in NDN-based Mobile IoT Network}

2. Tashjia Malik (MS) - {Privacy-Featured Edge Caching in Content-Centric Network}

(Fall'19) 

1. Lubna Awan (MS)  -   {A Novel Producer Mobility Management (PMM) Technique for Content-Centric Mobile Ad-hoc Network}

(Spring'19) 

1. Ali Nawaz (MS)  -   {A Novel Blockchain-based E-Challan System for Content-Centric Internet of Vehicles}

(Fall'18) 

1. Safia (MS)  -   {Fuzzy Trickle Algorithm for Mobility Support in the Internet of Things}  - [to be submitted]

2. Shaheer Ullah (MS)  -   {Priority-based Traffic Classification and Forwarding for NDN in Sensitive IoT Environments}  - [to be submitted]

(Spring'18) 

1. Salma Malik (MS)  -   {Fuzzy RAT Selection in High Density Environment} - [to be submitted]

2. Saad Mahmood (MS) -   {A Fast and Efficient Interest Processing Mechanism for Content-Centric Internet of Vehicles} - [to be submitted]

3. Nuzhat Batool Zaidi (MS)  -   {Dynamic Clustering with QoS Scheduling at Mobile Hotspot in High Density IoT Environment} - [to be submitted]

4. Syed Haseeb (MS)  -   {A Logically Centralized Load Balancing Scheme for Software-Defined Industrial IoTs } - [to be submitted]

(Fall'17) 

1. Zameer Ahmed (MS)  -   {An Adaptive Dynamic RDC Mechanism with Phase-lock for Low Power IoT Devices} - [submitted]

2. Muhammad Bilal (MS)  -   {An Efficient Edge-based Flash Crowd Mitigation Technique for CDN Traffic in Campus Area Network} - [submitted]

(Spring'17) 

1. Shehroz Riaz (MS) -   {Fast Rerouting Protocol with Multi-link-failure Recovery for Mission-Critical WSN} - [Elsevier FGCS - 10.1016/j.future.2018.06.029]

2. Anam Javaid (MS) - {Clustering-cum-Handover Management Scheme for Improved Internet Access in High Density Wireless Environment} 

3. Muhammad Nadeem (MS)-   {An Efficient Multi-channel Data Delivery Scheme for Dense Industrial IoT Environments} - [submitted]