An Efficient Data Aggregation Protocol Concentrated on Data Integrity in Wireless Sensor Networks
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Limiting energy consumption is one of the primary aims for most real-world deployments of wireless sensor networks. Unfortunately, attempts to optimize energy efficiency are often in conflict with the demand for network reactiveness to transmit urgent messages. In this article, w
–Wireless Sensor Network is special types of Ad-hoc Network which contain very tiny nodes in size and their cost is also not very high. They are deployed in any geographical region in a random fashion. During the process of data sensing, data gathering and data transmission, the
Wireless sensor networks (WSN) consist of several sensor nodes which sense different parameters of weather, soil, etc, and send the same to sink/base station. The sensor node has very limited battery power that is used for sensing, computing, and communication. Elimination of red
Many wireless sensor networks (WSNs) employ battery-powered sensor nodes. Communication in such networks is very taxing on its scarce energy resources. Convergecast – process of routing data from many sources to a sink – is commonly performed operation in WSNs. Data aggregation i
This paper presents an efficient clustering scheme for data aggregation considering mobility to reduce the network lifetime in Mobile Wireless Sensor Networks (MWSNs). In MWSNs, an accurate data aggregation is affected by failure in time-critical data transmission due to the diff
Wireless Sensor Networks are characterized by very tight energy requirements and therefore they impose strict constraints on the amount of data that can be transmitted by sensors nodes. In order to achieve such a goal many data aggregation algorithm have been defined. However, in