The participants in the Wireless Sensor Network (WSN) are highly resource constraint in
nature. The clustering approach in the WSN supports a large-scale monitoring with ease to …

In traditional static wireless sensor networks (WSNs), the unbalanced communication
overhead in different regions will result in premature death of some monitoring nodes. The …

In mobile wireless sensor networks, priori‐trail planning for the mobile sink is a commonly
used solution to data collection from the whole network, for its low protocol overhead …

Sink mobility is one of the efficient solutions to sink hole or energy hole problem which is
usually caused by multi-hop communication using a static sink. However, the design of an …

Recently energy-efficient duty cycle design for wireless sensor networks has become
popular. In target-based applications, wireless sensors are deployed to monitor target …

Energy efficient data collection in a delay‐bound application is a challenging issue for
mobile sink–based wireless sensor networks. Many researchers have proposed the concept …

In the recent years, the use of mobile sink has drawn enormous attention for data collection
in wireless sensor networks (WSNs). Mobile sink is well known for solving hotspot or …

Unbalanced energy depletion is a well-known problem in wireless sensor networks which is
causing hot spot problem as a result of multi-hop communication to forward data to the static …

The utilization of a Drone/mobile sink (MS) as a data collector has attracted colossal
consideration in wireless sensor networks (WSNs). The rationality behind this achievement …

Data collection through mobile sink (MS) is an efficient solution to solve hotspot or sinkhole
problem which is usually caused by data collection using a static sink. In this paper, we …