Benets of tight coupled architectures for the integration of GNSS receiver and Vanet transceiver

From Ground to Air: Making Mobile Networks Ready for Urban Air Mobility

This work investigates the suitability of modern mobile networks to enable the delicate UAM operations and identifies the gaps to be filled in, and introduces an enhanced evaluation framework based on a system-level simulator tailored to UAM-specific characteristics in realistic scenarios.

Unified Framework for Studying Handover in O-RAN-Based V2X

Cooperative and see-through driving require the high-throughput, low-latency data exchange provided by millimeter-wave Vehicle-to-Everything (V2X) systems. Yet, the reliance of these systems on narrow directional beams makes link stability highly vulnerable to vehicle mobility and frequent coverage transitions. While t...

Enhancing 5G NTN VSAT RACH in GNSS-Denied Environments: A Multi-Step Single-Satellite AoA/FoA/ToA Positioning Using Levenberg–Marquardt Kalman Filtering

The 3GPP 5G Non-Terrestrial Network (NTN) technology fundamentally relies on a Global Navigation Satellite System (GNSS) fix at the User Equipment (UE) to pre-compensate for user-link delay and Doppler shifts prior to any transmission, including the random-access procedure for the initial access. In GNSS-denied or inte...

With Multi-Connectivity Toward Reliable and Time-Sensitive Wi-Fi Systems: A Survey

This survey provides a comprehensive, mechanism-centric review of Multi-Connectivity in the IEEE 802.11 family, with particular emphasis on time-sensitive communication.

of Satellite and Terrestrial Networks in 6G

WiFi and BLE advertisement based communication for ephemeral interactions: A survey

The growing demand for services that are instantly accessible and contextually adaptive calls for communication paradigms capable of supporting short-lived, proximity-based interactions. This paper investigates association-less communication, a paradigm that enables nodes to exchange data without pre-established connec...