2004Unpublished venueRequires access

Feasibility stud of RSSI in improving hop-count based localization

Tet Sen Tao, C.S. Lim, Joo Ghee Lim, Lim Loon Chee, P.K. Sivaprasal

Open publisher page 3 citations

Abstract

In ad-hoc and sensor network applications, knowledge of the positions of the nodes within the network area is often necessary. Most localization methods involve trilateration of distances between an unknown node and a few nodes of fixed, known locations within the network. Most of these methods, though simple and computationally economical, can only provide coarse-grained localization results. This paper seeks to investigate and propose the additional use of radio signal strength intensity (RSSI) between nodes to improve and enhance the accuracy of such localizations in ad hoc networks. We present consolidated experimental results that demonstrate the feasibility of RSSI in addition to the existing systems

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What this paper is about

In ad-hoc and sensor network applications, knowledge of the positions of the nodes within the network area is often necessary. Most localization methods involve trilateration of distances between an unknown node and a few nodes of fixed, known locations within the network. Most of these methods, though simple and computationally economical, can only provide coarse-grained localization results. This paper seeks to investigate and propose the additional use of radio signal strength intensity (RSSI) between nodes to improve and enhance the accuracy of such localizations in ad hoc networks. We present consolidated experimental results that demonstrate the feasibility of RSSI in addition to the existing systems

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In ad-hoc and sensor network applications, knowledge of the positions of the nodes within the network area is often necessary. Most localization methods involve trilateration of distances between an unknown node and a few nodes of fixed, known locations within the network. Most of these methods, though simple and computationally economical, can only provide coarse-grained localization results. This paper seeks to investigate and propose the additional use of radio signal strength intensity (RSSI) between nodes to improve and enhance the accuracy of such localizations in ad hoc networks. We present consolidated experimental results that demonstrate the feasibility of RSSI in addition to the existing systems

Key concepts: Trilateration, Computer science, Signal strength, Received signal strength indication, Wireless ad hoc network, Wireless sensor network, Node (physics), Computer network

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