Latest Articles for Networking

Efficiently allocate resources and admit applications in shared wireless sensor networks.

Seagull improves routing verification while ensuring privacy for network configurations.

Exploring how quantum computing can improve resource management in networks.

Learn how technology systems communicate and process information effectively.

Understanding how sensors work together to find their positions accurately.

An overview of techniques to solve the cable-trench problem in graph theory.

A new algorithm improves task offloading efficiency in mobile edge computing environments.

Examining how memory types impact communication in distributed systems.

Learn how multiple computers work together to solve complex problems efficiently.

This article discusses improving mobile edge computing through joint optimization techniques.

Examining peer selection methods in cryptocurrency networks for improved connectivity and stability.

Exploring the role and performance of NAT64 in IPv4 and IPv6 communication.

Advancements in quantum tech aim to establish secure global communication networks.

A look at how optimistic purification improves quantum network efficiency.

Learn about different routing algorithms and their impact on data transmission.

A new learning algorithm for agents in constrained multi-player scenarios.

Explore the role of quota trees in structuring directed graphs and their applications.

A fresh approach offers efficient solutions for the vertex cover problem in graphs.

Researchers develop hybrid quantum repeaters for reliable long-distance communication.

New methods enhance lossy compression through side information and importance sampling.

Hercules optimizes network resource allocation for diverse application needs.

A look into the upcoming 6G network and its potential impact.

A look into how Cell-Free Massive MIMO transforms mobile communication.

This paper discusses hidden communication risks in software-defined networks.

Learn how locally recoverable codes ensure quick data recovery and integrity.

Exploring the potential of IRSs in THz communications for enhanced signal performance.

This method boosts mmWave localization efficiency using self-supervised learning techniques.

A novel decentralized approach improves learning performance in resource-limited IoT networks.

New method improves connection efficiency in quantum networks.

6G networks aim to reshape connectivity and data management through Federated Analytics.

Examining how geographic and social factors shape human connections in networks.

A new modulator design improves IoT device communication.

Drones enhance connectivity in urban environments through innovative communication strategies.

An overview of contraction perfect graphs and their significance in graph theory.

An improved algorithm for cycle packing in unit disk graphs.

BeRGeR offers reliable message delivery in networks facing faults.

Explore the role of sparse covers in algorithm design and network efficiency.

Exploring the future of optical communication through ultrawideband technology.

Alumni share insights and research findings in particle physics at a two-day conference.

Explore minimum spanning trees and their impact on grids and real-world applications.