Industrial Networks and Intelligent Systems

.- Industrial Networks and Intelligent Systems.

.- Enhancing Energy and Coverage E iciency of Underground Wireless Sensor Network Using Relay Node in Smart Agriculture.

.- A Home-based Diabetes Prediction System on Internet of Things, Federated Learning and Edge Computing.

.- Joint Online Adaptive Optimal Tracking Control and Frequency-Response Method for Speed of PMSM and DC-link Voltage Peak Controller Design in Bi-directional

Quasi Z-Source Inverter.

.- Variational Quantum Eigensolver for Optimizing Network Scheduling using QUBO Formulation.

.- Telecommunications Systems and Networks.

.- Optimal Task Scheduling in 6G Networks: A Variational Quantum Computing Approach.

.- Multi-Agent Quantum Reinforcement Learning for Digital Twin Placement in 6G Multi-Tier Systems.

.- Multi-user Ambient Backscatter Communication-based and STAR-RIS-aided Mobile Edge Computing Network with Uplink NOMA Scheme: A Joint Design.

.- Hybrid Federated and Multi-agent DRL-based Resource Allocation in Digital Twin-IoV Networks.

.- Performance Comparison in Tra ic Sign Recognition using Deep Learning.

.- Energy and Distance Aware Clustering-based Routing for Low-power IoT-enabled Wireless Sensor Networks.

.- Enhancing Energy Harvesting E iciency for IRS-aided TS-SWIPT Network with Practical Phase Shifts.

.- Information Processing and Data Analysis.

.- Contactless Palmprint Recognition Using Discriminant Multi-Directional Feature Codes.

.- A Survey on Wireless Data Aggregation through Over-the-Air Computation.

.- CLIP-Prefix for Image Captioning and an Experiment on Blind Image Guessing.

.- Features Inspired PM2.5 Prediction: A Belfast City Case Study.

.- Security and Privacy.

.- Understanding the Security Implications in O-RAN with Abusive Adversaries.

.- Joint Secrecy and Latency Performance Analysis for UAV-assisted Uplink NOMA-based IoT Network with Mobile Edge Computing.

.- CrossCert: A Privacy-Preserving Cross-chain System for Educational Credential Verification using Zero-Knowledge Proof.