Latest Articles for Data Transmission

A new method improves data transmission efficiency by reducing pilot signals.

A new feedback scheme improves communication efficiency in mobile networks.

Exploring new technologies to improve wireless network performance and reliability.

A new architecture improves MK polar code encoding for efficient communication.

This study reviews the efficiency of integrated access and backhaul networks using mmWave technology.

Learn about MSCS and their role in improving communication signal quality.

HARQ improves data transmission accuracy and efficiency in communication systems.

A look into how quantum and classical methods can effectively transfer information.

A look at polarization issues and advances in optical fiber technology.

Discover how light bullets enhance communication efficiency in optical fibers.

Learn how streaming codes maintain message accuracy in real-time data transmission.

Exploring a new wireless fronthaul solution for indoor industrial networks.

Solitons and frequency combs are crucial for advancing optical technologies.

A new method for efficient message sharing in networks considering receiver preferences.

Overview of GRM codes and their role in non-binary channels.

StructNet-CE improves channel estimation for faster, reliable wireless communication.

Improving signal recovery methods using Generalized Linear Systems in wireless communications.

A new method cuts the number of detectors needed for secure communication in QKD.

Examining the impact of misalignment on THz communication using UAVs.

Learn how joint optimization can enhance optical network efficiency.

Optical wireless communication is key for fast, reliable networks in the 6G era.

Innovative deep learning methods enhance one-bit symbol recovery in wireless communication.

TTE-SIC enhances detection in high-speed wireless communication systems.

Learn how Turbo Autoencoders improve communication reliability over long distances.

A new system improves image sharing for multiple users under variable conditions.

Channel Denoising Diffusion Models enhance signal clarity in noisy environments.

A look at remote source coding and distortion measures for data transmission.

Examining the role and challenges of machine communication in modern technology.

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

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

CORTICAL uses cooperative games to enhance channel capacity learning in communication systems.

Research on short codes aims to improve communication speed and reliability in networks.

Exploring the potential of holographic MIMO in future wireless networks.

Innovative methods for resolving data overlap in busy communication environments.

A look at new methods to improve message clarity in communication.

A new approach to wireless communication using CNN-AE improves efficiency and reduces errors.

Using advanced strategies to ensure timely updates in IoT networks.

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

Explore the compact blazed grating antenna's role in modern communication.

A new approach to enhance image transmission efficiency and quality.