Detail publikace
An Indoor Positioning System Based on NanoPAN Modules
Originální název
An Indoor Positioning System Based on NanoPAN Modules
Anglický název
An Indoor Positioning System Based on NanoPAN Modules
Jazyk
en
Originální abstrakt
Wireless localization of persons or objects inside buildings is currently a highly topical research problem, mainly due to the fact that, unlike outdoor localization, it involves a substantial number of technical issues related to the difficult propagation of radio signals in a non- homogeneous environment. The authors describe the implementation of a locating system based on the nanoPAN 5375 radio modules; the data obtained via distance measurement using the Time of Arrival technique are used to calculate unknown positions of devices. In this context, the paper presents the derivation of this technique precisely for the calculation of position in space, and drawbacks and alternative solutions related to the method are also discussed..
Anglický abstrakt
Wireless localization of persons or objects inside buildings is currently a highly topical research problem, mainly due to the fact that, unlike outdoor localization, it involves a substantial number of technical issues related to the difficult propagation of radio signals in a non- homogeneous environment. The authors describe the implementation of a locating system based on the nanoPAN 5375 radio modules; the data obtained via distance measurement using the Time of Arrival technique are used to calculate unknown positions of devices. In this context, the paper presents the derivation of this technique precisely for the calculation of position in space, and drawbacks and alternative solutions related to the method are also discussed..
BibTex
@inproceedings{BUT115053,
author="Václav {Kaczmarczyk} and Zdeněk {Bradáč} and Jakub {Arm}",
title="An Indoor Positioning System Based on NanoPAN Modules",
annote="Wireless localization of persons or objects inside buildings is currently a highly topical
research problem, mainly due to the fact that, unlike outdoor localization, it involves a substantial
number of technical issues related to the difficult propagation of radio signals in a non-
homogeneous environment. The authors describe the implementation of a locating system based on
the nanoPAN 5375 radio modules; the data obtained via distance measurement using the Time of
Arrival technique are used to calculate unknown positions of devices. In this context, the paper
presents the derivation of this technique precisely for the calculation of position in space, and
drawbacks and alternative solutions related to the method are also discussed..",
booktitle="Proceedings of Programmable devices and systems",
chapter="115053",
doi="10.1016/j.ifacol.2015.07.013",
howpublished="online",
number="13",
year="2015",
month="may",
pages="1--6",
type="conference paper"
}