Latest Articles for Telecommunications

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

New technique improves accuracy in measuring chromatic dispersion for optical systems.

Researchers develop efficient GaN devices for versatile light management.

Skew cyclic codes enhance error correction in data transmission and quantum computing.

Learn about constrained quantization and its practical applications across various fields.

A look into how resonator arrays function and their applications.

Learned Digital Back-Propagation enhances optical signal quality and reduces interference.

Examining the potential of carbon vacancies for quantum technologies.

A new approach simplifies data sharing for efficient distributed learning.

Researchers study efficient transfer of quantum states in hybrid optomechanical networks.

Examining how to steer wave systems effectively through controllability techniques.

Exploring how AI and LLMs transform telecom network processes.

Research reveals stable light wave patterns, enhancing applications in communication and measurement.

Non-terrestrial networks advance location services, especially with the rise of 5G technology.

A new method for quantum key distribution enhances security over longer distances.

Researchers develop efficient single photon sources for quantum technologies using carbon nanotubes.

A new method improves massive MIMO communication efficiency without the use of pilots.

Improved materials and designs for PZT modulators enhance optical communication efficiency.

New techniques in clock synchronization could transform satellite communication and navigation.

A look at FTN signaling and its impact on wireless data transmission.

A look into how light behaves and its implications in various fields.

Exploring new methods for effective THz communication and channel estimation.

A look into IBLTs and their applications in data management.

New algorithm improves signal detection in flat-fading channels for better communication.

Terahertz detectors play a vital role in imaging, communication, and sensing technologies.

New methods improve control over THz radiation properties for various scientific applications.

New method for generating magnonic frequency combs using exceptional points.

New mechanically actuated soliton microcombs enhance performance and accessibility for various applications.

Using deep learning to address challenges in soliton dynamics and nonlinear equations.

Variable bandwidth transforms signal processing for better analysis and efficiency.

Generative AI is reshaping the design and function of wireless networks.

A look into how multimode instabilities affect laser performance and applications.

A new model improves resource allocation in 5G, ensuring service reliability and efficiency.

Photonic integrated lasers offer improved performance and versatility in various fields.

New techniques improve the efficiency of polar codes in data transmission.

Research reveals stable dark solitons in light behavior within resonators.

Research reveals innovative solitons that enhance photonic technology and communication systems.

Exploring how RIS and edge computing enhance IoT device performance.

New methods enable handheld devices to connect with multiple satellites for better communication.

Research highlights a method to enhance RIS performance in changing environments.