A Range Free Geometric Technique for Localization of Wireless Sensor Network (WSN) Based on Controlled Communication Range.

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Bibliographic Details
Title:	A Range Free Geometric Technique for Localization of Wireless Sensor Network (WSN) Based on Controlled Communication Range.
Authors:	Singh, Munesh¹ muneshpal24@gmail.com, Khilar, Pabitra¹
Source:	Wireless Personal Communications. Jun2017, Vol. 94 Issue 3, p1359-1385. 27p.
Subjects:	Wireless sensor networks, Cooperating objects (Computer systems), Wireless communications, Telecommunication systems, Wireless sensor nodes, Indoor positioning systems
Abstract:	The current restricted area based range free localization schemes use various geometric shapes such as triangle, rectangle, and circle to determine the residence area of the sensor node. Then this residence area is used to localize the sensor node. However, the existing work requires higher density of anchor deployment to gain the acceptable accuracy of position estimation. In this paper, we overcome the density dependent accuracy of localization by proposing a new localization scheme called geometric anchor beacon (GAB). The proposed scheme is based on analytical geometry of an arc. In the proposed scheme, the $$Cramers \ rule$$ is used, where the intersecting point of two perpendicular bisectors of the chords is taken as the estimated position of the sensor node. Simulation results show that, GAB shows less estimation error than any other range-free localization schemes such as CAB, Centroid, Convex, and APIT. [ABSTRACT FROM AUTHOR]
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Database:	Engineering Source

Description
Abstract:	The current restricted area based range free localization schemes use various geometric shapes such as triangle, rectangle, and circle to determine the residence area of the sensor node. Then this residence area is used to localize the sensor node. However, the existing work requires higher density of anchor deployment to gain the acceptable accuracy of position estimation. In this paper, we overcome the density dependent accuracy of localization by proposing a new localization scheme called geometric anchor beacon (GAB). The proposed scheme is based on analytical geometry of an arc. In the proposed scheme, the $$Cramers \ rule$$ is used, where the intersecting point of two perpendicular bisectors of the chords is taken as the estimated position of the sensor node. Simulation results show that, GAB shows less estimation error than any other range-free localization schemes such as CAB, Centroid, Convex, and APIT. [ABSTRACT FROM AUTHOR]
ISSN:	09296212
DOI:	10.1007/s11277-016-3686-x