In a wireless sensor network, energy is almost always the greatest limitation. Energy sources
are restricted in many of the environments where nodes are deployed, limiting them to the …

Smart agriculture is able to optimize the information resources of agriculture, which can
improve the quality and productivity of agricultural products. Wireless sensor networks …

This paper adopts the Simultaneous Wireless Information and Power Transfer (SWIPT)
concept in designing an adaptive optimal resource allocation algorithm for cooperative …

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 …

Wireless sensor network (WSN) consists of a large amount of limited battery-powered
sensor nodes. In general, energy consumption will be a significant concern for WSN owing …

Wireless sensor networks are become an important part of our daily lives. Because of its
simplicity, flexibility, and effectiveness, wireless communication is favored for many sensing …

In order to enhance the sustainability of rechargeable wireless sensor networks (RWSN), a
deep-q-networks (DQN)-based adaptive dual-mode energy-efficient routing is proposed in …

Battery-free wireless sensor network (BF-WSN) is a newly proposed network architecture to
address the limitation of traditional wireless sensor networks (WSNs). The special features of …

In smart agricultural systems, the macroinformation sensing by adopting a mobile robot with
multiple types of sensors is a key step for sustainable development of agriculture. Also, in a …

Energy expenditures are now the main cost for two businesses that generate huge incomes
each year for Thailand, which are agribusiness and community tourism. As entrepreneurs …