In this paper, we discuss how cooperative transmission (CT) can provide better services
and/or lower the initial cost compared to non-CT in wireless sensor networks. To see the …

In this paper, we study the advantages of using range extension cooperative transmission
(CT) in multi-hop energy harvesting wireless sensor networks (EH-WSNs) from the network …

Multi-hop wireless sensor networks with a single Sink are attractive from a cost point of view.
When battery-driven, these networks suffer from the energy hole problem, where the nodes …

We consider energy is a limited resource in wireless sensor networks (WSN) so that energy
consumption must be minimized while satisfying given throughput requirements. In this …

Aiming to maximum the lifetime of battery-powered sensors, many research efforts
concentrate on sleep schedule that provides duty cycles for nodes to cut down energy …

In a multi-hop wireless sensor network (WSN), the nodes that are one hop away from the
Sink die first and cause an" energy hole," because they must forward the traffic from the rest …

Although current research focused on sensor deployment to balance the energy
consumption among the sensor nodes for prolonging the lifetime of wireless sensor …

Cooperative transmission (CT) enables balanced energy consumption among sensor nodes
and mitigates the energy hole problem in wireless sensor networks (WSNs). In typical CT …

The use of cooperative communication technology in energy harvesting sensor networks is
one of the most viable solutions to overcome the power limitations of the battery-powerd …

The design of Wireless Sensor Networks (WSNs) should focus on energy efficiency since
wireless sensor nodes work on limited batteries, which are difficult or impossible to replace …