A virtual potential field based coverage algorithm for directional networks

In order to increase coverage ratio of the directional networks by forcing sensors to turn from overlapping regions to coverage holes after random deployment, we introduce the force model of virtual potential fields and present a virtual potential field based coverage algorithm for directional netwo...

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Bibliographic Details
Published in2009 Chinese Control and Decision Conference pp. 4590 - 4595
Main Authors Zhao Jing, Zeng Jian-Chao
Format Conference Proceeding
LanguageChinese
English
Published IEEE 01.06.2009
Subjects
centroid
coverage technology
directional sensor
Force sensors
Turning
virtual negative centroid
wireless sensor networks
Online AccessGet full text
ISBN9781424427222
1424427223
ISSN1948-9439
DOI10.1109/CCDC.2009.5191620

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Abstract In order to increase coverage ratio of the directional networks by forcing sensors to turn from overlapping regions to coverage holes after random deployment, we introduce the force model of virtual potential fields and present a virtual potential field based coverage algorithm for directional networks. By sensors' turning under the ldquovirtual repulsive forcesrdquo caused by neighboring sensors and ldquovirtual attractive forcesrdquo caused by uncovered regions of the probable sense regions, coverage holes are eliminated quickly and sensors are more uniformly distributed, so the radio of directional networks is enhanced obviously. A set of simulation results are performed to demonstrate the effectiveness of the proposed algorithm.
AbstractList In order to increase coverage ratio of the directional networks by forcing sensors to turn from overlapping regions to coverage holes after random deployment, we introduce the force model of virtual potential fields and present a virtual potential field based coverage algorithm for directional networks. By sensors' turning under the ldquovirtual repulsive forcesrdquo caused by neighboring sensors and ldquovirtual attractive forcesrdquo caused by uncovered regions of the probable sense regions, coverage holes are eliminated quickly and sensors are more uniformly distributed, so the radio of directional networks is enhanced obviously. A set of simulation results are performed to demonstrate the effectiveness of the proposed algorithm.
Author Zeng Jian-Chao
Zhao Jing
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Snippet In order to increase coverage ratio of the directional networks by forcing sensors to turn from overlapping regions to coverage holes after random deployment,...
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StartPage 4590
SubjectTerms centroid
coverage technology
directional sensor
Force sensors
Turning
virtual negative centroid
wireless sensor networks
Title A virtual potential field based coverage algorithm for directional networks
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