Wireless Distributed Sensor Networks Verhaert

Feb 13, 20098 likes1,450 views

Wireless distributed sensor networks have become a highly active research area due to their potential applications across many industries. VERHAERT will demonstrate a phased approach towards developing a distributed sensor network for body area networks and security applications. Distributed sensor networks allow for flexible deployment of sensors, mobility of sensing objects, and interaction between sensor nodes for added value. However, low power consumption is a critical design driver due to the need for long battery life in wireless sensor networks.

Wireless Distributed Sensor Networks Verhaert

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This document provides an overview of wireless sensor networks and their applications. It discusses that a sensor network is comprised of sensing, computing, and communication elements that allow an administrator to instrument, observe and react to events in an environment. There are typically four basic components: sensors, an interconnecting network, a central point for information clustering, and computing resources to handle the data. Common applications of sensor networks include military surveillance, environmental monitoring, and infrastructure/facility monitoring.

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Extending the longevity, is a significant job to be accomplished by these sensor networks. The traditional routing protocols could not be applied here, due to its nodes powered by batteries. Nodes are often clustered in to non-overlapping clusters, so as to provide energy efficiency. A concise overview on clustering processes, within wireless sensor networks is given in this paper. But it is difficult to replace the deceased batteries of the sensor nodes. A distinctive sensor node consumes much of its energy during wireless communication. This research work suggests the development of a hierarchical distributed clustering mechanism, which gives improved performance over the existing clustering algorithm LEACH. The two hiding concepts behind the proposed scheme are the hierarchical distributed clustering mechanism and the concept of threshold. Energy utilization is significantly reduced, thereby greatly prolonging the lifetime of the sensor nodes.

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The document discusses wireless sensor networks and describes their key characteristics. It notes that wireless sensor networks consist of low-power smart sensor nodes distributed over a large field to enable wireless sensing and data networking. The sensor nodes contain sensors, processors, memory, and radios. Wireless sensor networks can be either unstructured with dense node distribution or structured with few scattered nodes.

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