Data Mining Techniques in Sensor Networks, 2014
Summarization, Interpolation and Surveillance

SpringerBriefs in Computer Science Series

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Language: English

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105 p. · 15.5x23.5 cm · Paperback
Sensor networks comprise of a number of sensors installed across a spatially distributed network, which gather information and periodically feed a central server with the measured data. The server monitors the data, issues possible alarms and computes fast aggregates. As data analysis requests may concern both present and past data, the server is forced to store the entire stream. But the limited storage capacity of a server may reduce the amount of data stored on the disk. One solution is to compute summaries of the data as it arrives, and to use these summaries to interpolate the real data. This work introduces a recently defined spatio-temporal pattern, called trend cluster, to summarize, interpolate and identify anomalies in a sensor network. As an example, the application of trend cluster discovery to monitor the efficiency of photovoltaic power plants is discussed. The work closes with remarks on new possibilities for surveillance enabled by recent developments in sensing technology.

Introduction

Sensor Networks and Data Streams: Basics

Geodata Stream Summarization

Missing Sensor Data Interpolation

Sensor Data Surveillance

Sensor Data Analysis Applications

Introduces the trend cluster, a recently defined spatio-temporal pattern, and its use in summarizing, interpolating and identifying anomalies in sensor networks

Illustrates the application of trend cluster discovery to monitor the efficiency of photovoltaic power plants

Discusses new possibilities for surveillance enabled by recent developments in sensing technology