Latest Articles for Telecommunications

Innovative methods to tackle chromatic dispersion for better optical communication.

NCR technology improves signal quality and user experience in challenging environments.

An overview of fractional Brownian motion and its applications in various fields.

Exploring new ways to process data with light.

New fiber optic technology enhances light mode sorting for faster data transmission.

New DSP methods enhance optical networks while reducing costs and complexity.

Analyzing capacity regions for improved quantum communication.

Exploring the role of molybdenum trioxide in mid-infrared optics.

Reconfigurable intelligent surfaces improve mmWave communication despite transmission challenges.

This study examines how 5G enhances indoor positioning accuracy using multipath signals.

Discover how RSMA will shape the future of 6G wireless networks.

Integrating explainable AI into 6G enhances user trust and performance.

A new technique allows precise control of phase-change materials for advanced technologies.

A new method improves communication and sensing performance through optimized frequency channel use.

A new method combines formal analysis and fuzz testing to improve 5G security.

A new framework enhances state management for network functions in virtualized environments.

Explore the role of dual-band PAs in modern wireless communication technologies.

An overview of effective bidding methods for wireless communication licenses.

This study examines how light scatters in materials with different properties in various directions.

A novel algorithm streamlines one-bit MIMO detection for enhanced wireless communication.

Learn how distance oracles improve pathfinding in complex networks.

Learn how reflectionless filters improve high-frequency signal quality.

New methods improve soliton generation, enhancing data transmission capabilities.

Starlink satellites emit radiation affecting radio astronomy observations.

Researchers create a heralded 3-GHZ state using photons for quantum computing.

Exploring AI's role in managing complex 6G network demands.

Innovative resonators improve performance and stability for wireless communication systems.

Innovative device amplifies signals in one direction while blocking interference.

A new antenna design improves direction estimation for vehicle-to-everything communication.

This article explores how MU-MIMO and IRS enhance the future of 6G networks.

Investigating the Pilot Assignment problem's theories in Cell-Free Massive MIMO.

New methods improve accuracy and efficiency in electromagnetic simulations.

Improving data rates in wireless communication through oversampling techniques.

Satellite clusters are changing radio observations, posing new challenges for astronomy.

Research highlights methods for improving accuracy in locating devices using a single anchor.

An overview of the sampling theorem and its significance in signal representation.

Exploring how contextual beamforming improves mobile network reliability and speed.

A method to detect cable breaks in fiber optic networks with real-time monitoring.

A study on how 5G networks impact drone communication in suburban areas.

Explore how waveguide arrays control light behavior for various applications.