This paper presents a comprehensive analysis of how pointing errors and hardware impairments affect fading characteristics in open-loop terahertz uplink systems.

This paper presents PACIFISTA, a framework for detecting, evaluating, and mitigating conflicts in Open RAN systems through intelligent coordination mechanisms.

This patent presents comprehensive methods for identifying and resolving conflicts in disaggregated Open RAN architectures through intelligent coordination mechanisms.

This demonstration presents a multi-modal seizure prediction system that integrates multiple physiological signals from body-worn sensors for early seizure detection.

This paper experimentally evaluates the performance of UAV-assisted data collection systems for wireless sensor networks equipped with wake-up radio technology.

This paper presents 5G-CT, an automated framework for deploying and testing Open RAN systems, enabling comprehensive over-the-air validation of network functionality.

This patent presents an intelligent network architecture enabling reliable beyond line of sight operation of UAVs through advanced cellular connectivity and network optimization.

This paper presents a wireless sensor network system for automatic, non-invasive monitoring of water stress in vineyards to optimize irrigation strategies.

This thesis analyzes the capabilities and limitations of cellular networks for supporting real-time control of UAVs, with focus on latency, reliability, and handover performance.