Latest Articles for Wireless Communication

A new method enhances network performance by addressing signal fading risks.

Improving performance in antenna clusters for efficient communication systems.

Utilizing Reconfigurable Intelligent Surfaces to enhance full-duplex wireless systems and reduce interference.

RSMA improves user communication efficiency in upcoming wireless networks.

Combining polar coding with phase estimation enhances data transmission efficiency.

Exploring feedback innovations to enhance 5G communication performance and reliability.

A new method improves data transmission efficiency by reducing pilot signals.

A new approach uses Graph Neural Networks for better user pairing in wireless systems.

This article discusses the future of wireless energy and data transfer for IoT devices.

Learn how DMAs are reshaping wireless technology with adaptability and efficiency.

Discover how RIS technology enhances wireless communication systems.

Exploring new technologies to improve wireless network performance and reliability.

BD-RIS enhances wireless communication through innovative design and optimization.

This study reviews the efficiency of integrated access and backhaul networks using mmWave technology.

Exploring how DEQNs enhance spectrum utilization in wireless communication.

Federated learning improves model training while keeping user data private.

Exploring methods to improve wireless information transfer through relays.

New models improve air-to-ground communication using federated learning and generative neural networks.

New techniques enhance power control in wireless communication systems.

Exploring new techniques for effective THz wireless communication.

Combining federated learning and MIMO enhances privacy and efficiency in wireless systems.

Discover how Zero-Energy Reconfigurable Intelligent Surfaces are set to transform communication.

Overview of GRM codes and their role in non-binary channels.

Exploring the impact of RIS and NOMA on wireless communication efficiency.

StructNet-CE improves channel estimation for faster, reliable wireless communication.

Improving signal recovery methods using Generalized Linear Systems in wireless communications.

Programmable metasurfaces can improve signal transmission across different media.

Examining the impact of misalignment on THz communication using UAVs.

Exploring the role of Intelligent Reflecting Surfaces in enhancing wireless communication.

Examines how antenna layouts affect wireless channel estimation accuracy in 5G.

Using wake-up radios enhances data collection efficiency in drone operations.

Innovative deep learning methods enhance one-bit symbol recovery in wireless communication.

New methods aim to improve radiomap accuracy for wireless networks.

A new system integrates satellite communication and navigation for better global coverage.

TTE-SIC enhances detection in high-speed wireless communication systems.

Channel Denoising Diffusion Models enhance signal clarity in noisy environments.

New techniques using GaN-on-SiC materials improve acoustic wave devices for RF applications.

Explore how edge AI is transforming wireless communication systems for better efficiency and accuracy.

New techniques improve wireless signal quality in crowded spaces.

RIS technology is set to improve wireless communication efficiency and coverage.