Latest Articles for Wireless Communication

New techniques enhance channel estimation for reliable wireless communication in dynamic environments.

Improving wireless communication quality with full-duplex relay technologies.

New methods improve tracking accuracy and efficiency in wireless networks.

Learn how the QD-RT method improves signal analysis in crowded urban environments.

Exploring the impact of DP-IRS on wireless communication performance and efficiency.

Exploring new technologies and methods for efficient wireless communication.

New algorithms improve beam selection speed and accuracy in wireless networks.

A new approach to improve URLLC performance with efficient power use.

Study explores effective management of wireless spectrum using drones and advanced mapping techniques.

New method improves channel estimation for advanced wireless tech.

A look at the Independent Fluctuating Two-Ray model for wireless communication.

Research shows deep reinforcement learning can improve IoT security.

Delay Alignment Modulation improves data rates and reduces interference in wireless systems.

Examining trade-offs in deep learning applications for wireless systems.

A new method enhances timing accuracy in complex wireless environments.

Examining how adversarial attacks impact DeepReceiver in wireless communication systems.

New methods enhance energy efficiency in semi-GF NOMA systems.

Early exiting improves speed and efficiency in signal classification.

Exploring Beyond-Diagonal RIS for better wireless communication.

A new method improves drone movement and communication efficiency.

An overview of Ultra-Wideband technology, its features, applications, and future potential.

Metaprism offers a new way to locate devices in challenging environments.

This study examines how antenna designs affect drone signal strength and localization.

A deep look into antenna performance in medical implants and its challenges.

This article explores RSMA and transmissive RIS for improved wireless networks.

Active IRS technology improves wireless signals and reduces interference.

Machine learning enhances wireless channel modeling, improving accuracy and efficiency.

Protecting primary users' locations while ensuring communication efficiency for secondary users.

New method optimizes MIMO channels using reconfigurable intelligent surfaces.

A look into the advantages of ISAC technology in modern applications.

New methods improve mmWave communication efficiency and tracking for moving vehicles.

A review of common dictionary learning for efficient communication in MIMO networks.

A new method improves wireless signals using Intelligent Reflecting Surfaces and deep reinforcement learning.

New techniques like AFDM are reshaping wireless communication for fast-moving environments.

This study examines methods for detecting LOS and NLOS conditions indoors.

A new method enhances Wi-Fi sensing privacy while maintaining performance for users.

Wireless geophones powered by ambient energy sources improve seismic exploration efficiency.

Learn how bi-level optimization tackles complex decision-making problems.

Discover how NFC is changing device interaction and data sharing.

Discover the potential of 6G and Integrated Sensing and Communication.