Latest Articles for Telecommunications

Efforts to improve Reed-Solomon decoding methods enhance data reliability.

Learn how to predict VoIP traffic to enhance network performance.

Exploring efficient methods for connecting nodes across networks with Universal Steiner Trees.

New technologies push the limits of passive optical networks for faster internet speeds.

Machine learning enhances the efficiency of quantum communication systems.

New method connects optical fibers to chips for low-temperature applications.

New machine learning framework improves EDFA performance predictions with minimal data.

Enhancing 5G protocol verification using advanced analysis methods.

UAVs combined with THz communication can restore connectivity effectively after disasters.

Research focuses on methods to improve antenna impedance estimation for better wireless performance.

RIS technology offers solutions for better internet on trains.

Explore the significance of waveguides in communication and sound technology.

New method improves channel estimation for advanced wireless tech.

Research combines deep learning and graphene to create versatile metasurfaces.

Leveraging deep learning to improve error correction in telecommunications.

Exploring the impact of adapted poling on lithium niobate waveguides.

Researchers use barium titanate structures to improve light manipulation for various applications.

A new approach enhances drone swarm communication using mobile relay drones.

A new device improves light conversion for quantum networks.

A new approach to enhance satellite communication performance and manage interference.

Combining HAPS with ground networks enhances urban connectivity and communication services.

Examining how solitons interact with background waves and their implications in various fields.

RIFO optimizes packet scheduling for efficient data flow in networks.

Researchers create unidirectional spin waves using moving magnetic fields.

Study of moving tokens between minimum separators in graphs using sliding and jumping models.

New hybrid silicon nitride waveguides enhance Brillouin gain for advanced telecommunications.

A new method enhances timing accuracy in complex wireless environments.

Exploring how UAVs improve communication despite challenges like interference and hovering.

Explore the latest developments in satellite communication and technology trends.

Exploring Kerr nonlinearity and modulation instability in optical devices.

Exploring the role of integral circulant graphs in enhancing quantum network efficiency.

This article discusses the design and application of plasma metamaterials in technology.

Exploring methods for effective wave manipulation in various applications.

ACAS improves satellite navigation security against spoofing with advanced detection methods.

New dual-band antennas promise improved performance across multiple fields.

Exploring advancements in quantum networks for secure communication.

A look at graphs and their connections to association schemes.

Using quantum methods to simulate electromagnetic waves in complex materials.

CMNet improves voice clarity by reducing echo in communication devices.

Addressing the challenges of privacy in lawful interception within 5G technology.