A wireless sensor network consists of many wireless sensors in a specific area to collect
information from the environment and send the collected data to the base station. In this type …

WSNs consist of resource constrained sensor nodes that monitor the physical environment
and transmit their data to the Sink through multi-hop communication. Mobile sinks are used …

The simplest approach to reduce network latency for data gathering in wireless sensor
networks (WSN) is to use multiple mobile elements rather than a single mobile sink …

Energy consumption and the overhead of rerouting frequency are important concern in the
routing algorithm design for Wireless Sensor Networks (WSN) with the Mobile Sink, this …

ABSTRACT A network that does not include any central controller and allows nodes to enter
or leave the network at any time is known as a wireless sensor network. There are very small …

Abstract Wireless Sensor Networks (WSNs) mostly uses static sink to collect data from the
sensor nodes randomly deployed in the sensor region. In the static sink based approach, the …

Sensor networks consist of several sensor nodes which co-operatively send sensed data to
base station. One of the critical constraints of sensor nodes is the power consumption …

In wireless sensor networks data gathering is very important task. Nowadays analysis has
been targeted on decreasing the energy consumption of the WSN. To solve this drawback …

Data collection is the most important problem in wireless sensor networks. Main goal of data
collection is to collect large amount of data and to reduce the data loss due to less memory …

Abstract Background: Wireless Sensor Network (WSN) often consists of large number
sensor nodes which co-operatively send sensed data to base station. These networks are …