In wireless sensor network, data fusion is considered an essential process for preserving
sensor energy. Periodic data sampling leads to enormous collection of raw facts, the …

Predicting real-time spatial information from data collected by the mobile Internet of Things
(IoT) devices is one solution to the social problems related to road traffic. The mobile IoT …

There is no doubt that the most challenging aspect in the wireless sensor networks (WSN) is
the lifetime, due to limitations in their energy. WSN depends on a specific group of sensor …

Continuous-monitoring (CM) of natural phenomenon is one of the major streams of
applications in wireless sensor networks (WSNs), where aggregation and clustering …

In this paper, we propose a new Compression Cluster-based scheme in a Spatial Correlated
Region (CC_SCR) for event-driven applications in wireless sensor networks. The main idea …

In this paper we propose CDEEC, a Connectivity Degree-based and Energy Efficient
Clustering protocol, for wireless sensor networks in order to achieve further energy …

Dissemination of gathered data to sink is one of the main aspects in wireless sensor
networks. Gathered data can be sent to the sink either directly or through multi-hop path. For …

Wireless Sensor Networks (WSNs) can be typically used to achieve Continuous Monitoring
(CM) or Event-Detection Driven (EDD) inside the supervised area. For both applications …

Network lifetime is the one of the most important issues in WSN and is fundamental to any
design and development effort. In continuous monitoring application, the Wireless sensor …

ADEEC: A Novel Adaptive Energy Efficient Clustering Protocol in Wireless Sensor Networks -
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