Proceedings ArticleDOI
Energy efficient differential data aggregation in a dynamic cluster based WSN
Rabia Noor Enam
- pp 580-583
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TLDR
The objective of this work is to develop an energy efficient data collection environment for a large scale, randomly deployed cluster based wireless sensor networks by using a virtual grid based mechanism to localize the clusters and stabilize the cluster sizes in the network.Abstract:
A key aspect of collaboration systems, and therefore collaboration technologies is the ability to access concerned information in timely manner. The Internet of things (IoT) is being envisioned as the architecture of the future to assist in this regard. It will be created by combining sensing and communicating devices, which will provide data that can be analyzed and used to initiate automated actions. This structure of IoT has now given a new recognition to Wireless Sensor etworks (WS ) such that WS can be identified as the datacollecting component of the IoT. Efficient data collection from a large scale WS , with limited power supply, bandwidth and packet sizes, is a critical issue. One of the methods of data collection in a WS is through forming multiple clusters of the sensor nodes with one cluster head (CH) in each cluster. The objective of this work is to develop an energy efficient data collection environment for a large scale, randomly deployed cluster based wireless sensor networks by using a virtual grid based mechanism to localize the clusters and stabilize the cluster sizes in the network. This has been done as a precondition to implement the proposed differential data aggregation scheme for the spatially correlated data in a cluster.read more
Citations
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UML Based Modeling for Data Aggregation in Secured Wireless Sensor Network
Shailaja Uke,Ravindra C. Thool +1 more
TL;DR: Demonstration of UML diagrams is presented for modeling of data aggregation in WSN which leads to better development of application and helps to conserve the energy of sensor nodes.
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Energy aware communication between smart IoT monitoring devices
TL;DR: Some emerging trends and challenges are identified to enable energy-efficient communications in Internet of Things architectures and between smart devices.
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Survey on Dynamic Clustering for Energy Efficient Data Aggregation Technique using Secure Data Encoding Scheme for WSN
Sunanda V K,Jyothi R +1 more
TL;DR: The objective of this work is to develop an energy efficient data collection environment for a large scale, randomly deployed cluster based wireless sensor networks by using a virtual grid based mechanism to localize the clusters and stabilize the cluster sizes in the network.
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Efficient cluster head selection method to improve the lifetime in wireless sensor networks
TL;DR: An improved version of LEACH is presented based on node energy, distance, density, and the use of gravity centre and mass centre for selecting cluster heads (CHs) and simulation results show that the enhanced version is able to improve the network lifetime in comparison with the traditional LEACH protocol.
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Synthetical Malicious Behavior Detection of MAC Layer Multiple Attack in Wireless Sensor Networks
Shuai Jiang,Jian Wang +1 more
TL;DR: A synthetical malicious behavior detection framework to detect when multiple attacks are launched in MAC layer is proposed and it is proved the superiority of the synthetical detection framework compared with other kinds of single detection methods through simulation.
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