Latest Articles for Reconfigurable Intelligent Surface

New technologies improve energy efficiency and communication in IoT devices.

Exploring multi-hop multi-RIS systems for improved wireless connectivity.

Exploring the role of RIS in advancing wireless communication systems.

New approaches improve wireless performance in multi-user environments.

Exploring the design and potential of reconfigurable intelligent surfaces in wireless systems.

ASTARS integrates communication and sensing for enhanced wireless technology.

Exploring intelligent surfaces that improve signal communication in challenging environments.

Learn how RIS technology improves wireless communication in challenging environments.

How optical anchors enhance user localization in 6G wireless networks.

Understanding how RIS improves mobile communication for the future.

A new system enables devices to share energy and communicate efficiently.

This paper examines fluid antennas and intelligent surfaces to enhance wireless connections.

New model improves indoor THz communication using RIS technology.

Examining the role of RIS technology in advancing 6G wireless communications.

Reconfigurable Intelligent Surfaces enhance wireless communication efficiency and reliability.

Coded Beam Training enhances signal quality under low SNR in RIS systems.

A study on improving wireless communication using Reconfigurable Intelligent Surfaces.

New RIS technology improves wireless signals for vehicles and drones in cities.

This article explores the use of RISs for improved device localization.

RASM improves wireless communication efficiency and reliability through innovative techniques.

Research highlights solutions for improving connectivity in 5G and 6G networks.

The integration of RIS and SWIPT enhances energy efficiency in IoT devices.

Explore how RIS can transform wireless communication quality and efficiency.

Learn how RIS are transforming communication systems for better efficiency and coverage.

Exploring new methods for secure connections in drone and underwater IoT networks.

This article discusses how BD-RIS can enhance multiuser communication systems.

Deep learning transforms radio propagation modeling for better wireless communication.

Combining fluid antennas and intelligent surfaces enhances wireless communication in dynamic environments.

Exploring Fluid Antenna Systems and Reconfigurable Intelligent Surfaces.

Analyzing RSMA vulnerabilities to malicious RIS interference in wireless networks.

Examining advancements in UAVs and their impact on wireless communication security.

New techniques improve signal quality for efficient communication in complex environments.

A new approach enhances data security in mixed RF and UOWC systems.

Enhancing FSO communication through reconfigurable intelligent surfaces for improved performance.

This work focuses on improving localization using advanced techniques and reconfigurable surfaces.

RIS technology simplifies signal management, enhancing wireless communication quality.

A new approach to enhance connectivity for multiple devices in challenging environments.

A new approach optimizes wireless communication using Reconfigurable Intelligent Surfaces.

Using Reconfigurable Intelligent Surfaces to enhance key generation in wireless communication.

Exploring the role of active RIS in enhancing THz communication systems.