TL;DR
Three approaches were suggested to solve the Mesh Routers (MRs) placement problem with service priority, where the main objective is to determine the optimal positions of the MRs in order to maximize the weighted coverage while satisfying the connectivity requirement, depending on a given set of Mesh Client (MCs) weights and locations.
Wireless mesh networks (WMNs) have rapidly advanced in the last decade because of their ease of experimentation at minimum cost, simple network maintenance, and consistent provision coverage. However, the placement of router nodes remains a critical research challenge for network operators, as it directly impacts the o...
In forthcoming 6G networks beyond 5G, services with increasingly stringent performance requirements are expected to emerge, requiring dynamic and flexible service placement and traffic routing. Furthermore, the integration of non-terrestrial networks for global coverage introduces continuously changing network topologi...
Background: Planning power distribution networks is crucial in contemporary infrastructure development. Current distribution paradigms require not only cost minimization but also reliability and fault tolerance. However, designing meshed network topologies is a computationally demanding combinatorial optimization probl...
A cooperative co-evolution algorithm, containing novel problem decomposition and charging scheduling strategies, that successfully updated the majority of best-known solutions to the large instances of the capacitated electric vehicle routing problem.
This paper presents a hybrid metaheuristic routing algorithm integrating Particle Swarm Optimization (PSO) with Ant Colony Optimization (ACO) for mobile ad-hoc networks (MANETs) in the context of 5G communications. The proposed algorithm employs a two-phase architecture in which PSO initializes candidate paths using a...
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