Node Betweenness Centrality-Based Controller Selection Algorithm for Large-Scale Optical Transport Networks

A Fast Node Communication Protocol With Local Leader Selection for Community Detection in Large-Scale Complex Networks.

In the field of cybernetics, understanding the structural intricacies of complex networks is essential for advancing computational intelligence and networked systems. One of the biggest challenges in this domain is the accurate detection of community structures, which help reveal the underlying organization and functio...

Distributed quickest flow in sparse layered networks

МATROID-BASED TOPOLOGY CONTROL FOR REDUCING SERVICE TRAFFIC IN MOBILE AD HOC NETWORKS

This research addresses reducing control overhead in mobile Ad Hoc networks (MANETs) through topology management. A novel method based on matroid theory is proposed to construct a simplified network structure. The network is modeled as an undirected graph, to which a graphical matroid is applied. The primary optimizati...

Research on Multidimensional Communication Resource Cooperative Optimization Technology for Agent-Native Networks

This paper focuses on agent-native networks and constructs a layered, integrated full-stack architecture to address challenges such as protocol fragmentation, semantic gaps, and resource scheduling imbalances. Through intent-driven and multiagent collaborative decision-making, cross-layer resource optimization and netw...

Topology Design for Distributed Consensus with Relay-Assisted Communication

This paper focuses on relay-assisted topology optimization to accelerate the convergence of distributed consensus algorithms over weakly connected networks. Instead of permanently adding a fixed set of relay links, we introduce a time-sharing framework where multiple relay configurations are activated in a probabilisti...

A Node-Centric Artificial Bee Colony Framework for Dominating Tree Construction

Designing efficient communication backbones is crucial for modern network applications, such as wireless sensor networks & multicast routing, and the dominating tree problem (DTP) was formulated by keeping these applications in mind. The DTP is an NP-hard problem that involves constructing a tree in a connected, edge...