Motivated by real-world applications like wireless sensor networks powered by photovoltaic
sources, this paper models a linear consecutively connected system whose nodes form a …

One of the most critical issues in wireless sensor networks is represented by the limited
availability of energy on network nodes; thus, making good use of energy is necessary to …

Linear consecutively connected systems (LCCSs) are systems containing a linear sequence
of ordered nodes. Connection elements (CE) characterized by diverse connection ranges …

This paper studies the network utility maximization (NUM) problem in static-routing
rechargeable sensor networks (RSNs) with the link and battery capacity constraints. The …

The loading level applied during a system's operation can greatly affect the system's
productivity and time-to-failure distribution. The optimal loading problem aims to determine …

Applications with periodic data generation for Wireless Sensor Networks (WSN) require the
maximum lifetime of the network in order to provide a constant and reliable service …

We aimed to deploy wireless sensor networks with guaranteed lifetimes for outdoor
monitoring projects. The provision of a guaranteed lifetime has rarely been studied in …

Abstract A Wireless Sensor Network (WSN) is composed of tiny autonomous sensors with
limited battery power. WSNs are employed to observe specific fields of interest. In this paper …

Wireless sensor networks (WSN) are essential technologies of modern smart industry and
their reliability is crucial for industrial information integration. This paper contributes by …

This paper, for the first time, models and optimizes the uploading and downloading pace
distribution in a production-dual storage system that must supply a certain demand during a …