Energy prediction plays a significant role in energy-harvesting wireless sensors (EHWS), as
it helps wireless sensors regulate their duty cycles, achieve energy neutrality, and extend …

This research work proposes a novel priority aware schedule based charging algorithm that
uses wireless power transfer (WPT) technique in order to charge embedded sensor nodes …

The Tactile Internet is envisioned to be characterized by ultra low latency, ultra reliability with
high availability, and security. The next fifth generation is expected to underpin this …

Energy efficient transmission rate regulation of wireless sensing nodes, is a critical issue
when operating in an energy harvesting (EH) enabled environment. In this work, we view the …

Wireless sensor networks face many challenges, the major one being energy. Batteries are
the main source of energy for the sensor nodes. When the battery is depleted, it must either …

We consider the combined energy management and rate control problem in wireless sensor
networks (WSNs) with energy harvesting (EH) capability. In our previous work, we have …

Sustainable operation of energy‐restrained wireless network services requires multiple
objectives to be satisfied synchronously. Among these objectives, reduced spectrum outage …

The advancement of wireless technology has led to an increase in the employment of
wireless sensor networks (WSNs). Traditionally, WSNs are powered by batteries. However …

In recent years, resource allocation and management has become a hot topic among
people. Home resource's allocation and management is still a problem when home …

Energy harvesting, also known as energy scavenging, is the process by which energy is
extracted from external sources such as inductive power, natural energy, salinity gradients …