Localisation and Museum Artifact Visual and Audio Presentation Using Bluetooth Beacon Technology

In this study, the purpose is to provide an efficient and original indoor area localization and presentation via picture and the voice assistance in a museum, using beacon devices based on the Bluetooth Low Energy technology infrastructure and embedded electronic circuit systems. In this context, a...

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Main Authors: Sevgi Cansu Aydalga, Seydi Doğan, Ahmet Özkurt
Format: Article
Language:English
Published: Natural and Engineering Sciences 2020-06-01
Series:Natural and Engineering Sciences
Subjects:
Online Access:https://www.nesciences.com/download.php?id=539
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spelling doaj-d6d392bfb56f45bc8a2d3fa988e1f9c42021-02-14T21:36:37ZengNatural and Engineering SciencesNatural and Engineering Sciences2458-89892458-89892020-06-015211012110.28978/nesciences.756762Localisation and Museum Artifact Visual and Audio Presentation Using Bluetooth Beacon TechnologySevgi Cansu AydalgaSeydi DoğanAhmet ÖzkurtIn this study, the purpose is to provide an efficient and original indoor area localization and presentation via picture and the voice assistance in a museum, using beacon devices based on the Bluetooth Low Energy technology infrastructure and embedded electronic circuit systems. In this context, a localization procedure is carried out via a Bluetooth module and an embedded microcontroller. A hardware as well as a software was developed in order to read the data broadcasted from radio frequency beacons, which support Bluetooth 4.0 technology. By using AT commands and a location identification system as well as a software which is designed and implemented on a microcontroller system detects the nearest beacon, therefore the desired area, based on the ID numbers of beacons and received signal strengths. Using this system, visitor locations can be determined and visitors are provided with visual or audio content based on their distance to the artworks. This study may be a prototype base application for future developmentshttps://www.nesciences.com/download.php?id=539localisationbluetooth low energybeaconarduinoat commands.
collection DOAJ
language English
format Article
sources DOAJ
author Sevgi Cansu Aydalga
Seydi Doğan
Ahmet Özkurt
spellingShingle Sevgi Cansu Aydalga
Seydi Doğan
Ahmet Özkurt
Localisation and Museum Artifact Visual and Audio Presentation Using Bluetooth Beacon Technology
Natural and Engineering Sciences
localisation
bluetooth low energy
beacon
arduino
at commands.
author_facet Sevgi Cansu Aydalga
Seydi Doğan
Ahmet Özkurt
author_sort Sevgi Cansu Aydalga
title Localisation and Museum Artifact Visual and Audio Presentation Using Bluetooth Beacon Technology
title_short Localisation and Museum Artifact Visual and Audio Presentation Using Bluetooth Beacon Technology
title_full Localisation and Museum Artifact Visual and Audio Presentation Using Bluetooth Beacon Technology
title_fullStr Localisation and Museum Artifact Visual and Audio Presentation Using Bluetooth Beacon Technology
title_full_unstemmed Localisation and Museum Artifact Visual and Audio Presentation Using Bluetooth Beacon Technology
title_sort localisation and museum artifact visual and audio presentation using bluetooth beacon technology
publisher Natural and Engineering Sciences
series Natural and Engineering Sciences
issn 2458-8989
2458-8989
publishDate 2020-06-01
description In this study, the purpose is to provide an efficient and original indoor area localization and presentation via picture and the voice assistance in a museum, using beacon devices based on the Bluetooth Low Energy technology infrastructure and embedded electronic circuit systems. In this context, a localization procedure is carried out via a Bluetooth module and an embedded microcontroller. A hardware as well as a software was developed in order to read the data broadcasted from radio frequency beacons, which support Bluetooth 4.0 technology. By using AT commands and a location identification system as well as a software which is designed and implemented on a microcontroller system detects the nearest beacon, therefore the desired area, based on the ID numbers of beacons and received signal strengths. Using this system, visitor locations can be determined and visitors are provided with visual or audio content based on their distance to the artworks. This study may be a prototype base application for future developments
topic localisation
bluetooth low energy
beacon
arduino
at commands.
url https://www.nesciences.com/download.php?id=539
work_keys_str_mv AT sevgicansuaydalga localisationandmuseumartifactvisualandaudiopresentationusingbluetoothbeacontechnology
AT seydidogan localisationandmuseumartifactvisualandaudiopresentationusingbluetoothbeacontechnology
AT ahmetozkurt localisationandmuseumartifactvisualandaudiopresentationusingbluetoothbeacontechnology
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