Latest Articles for Data Transmission

Strategies for efficient data transmission in the growing world of IoT.

Researchers improve secure communication through interactive error-correcting codes.

A new method enhances communication speed in massive machine type networks.

Research explores coexistence of quantum and classical signals in fiber optics.

A look into structured light beams and their polarisation patterns.

New techniques enhance local testers for efficient error correction in data transmission.

Discover how new technologies improve wireless data delivery.

A look into Raman amplification's role in improving optical data transmission.

New methods improve signal detection using one-bit ADCs in massive MIMO systems.

Researchers enhance quantum information transfer, increasing fidelity and reliability.

MPLC transforms light behavior, enhancing telecommunication efficiency and more.

Research focuses on improving fiber optic capacity using existing infrastructure.

Examining effective data encoding in noisy optical quantum channels.

Exploring the impact of channel aging and hardware impairments in wireless networks.

A look into how pseudo reciprocity enhances satellite communication efficiency.

Optimizing data transmission for better user experience using MISO NOMA and machine learning.

A new method for selecting relay nodes enhances wireless communication efficiency.

Learn how coded caching and MIMO enhance streaming experiences.

New software enhances image transmission using semantic maps and polar codes.

A look into isometries and rank-metric codes in error correction.

Exploring how deep learning enhances vehicle communication systems for better safety.

New feedback method enhances MIMO system efficiency in wireless networks.

A new detection method improves symbol accuracy in high-speed mobile communication.

Exploring the link between positioning errors and data rates in wireless systems.

New detection method improves wireless data transmission efficiency.

Learn how spreading sequences enhance communication in modern networks.

New photonic receivers improve interference management for faster wireless communication.

Learn about power distribution techniques for MIMO in wireless communication.

A look into quantum communication through Multi-level Amplitude Damping channels and their capacities.

Type-II ZCCS offers improved communication clarity for busy networks.

Examining extreme eigenvalues in random regular graphs and their practical applications.

Exploring the integration of radar and communication through OFDM technology.

Improving satellite connectivity through inter-satellite communication and new technologies.

Exploring the impact of new symmetrical Z-complementary codes in communication.

Exploring flexible polar codes for efficient data transmission in telecommunications.

Drones play a key role in enhancing communication networks in various challenging environments.

RSMA improves user communication efficiency in upcoming wireless networks.

Combining polar coding with phase estimation enhances data transmission efficiency.

Exploring feedback innovations to enhance 5G communication performance and reliability.

A method to count polar codewords with weights greater than the minimum.