Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas

Publikation: Beitrag in Buch/Bericht/KonferenzbandBeitrag in einem KonferenzbandForschungBegutachtung

Abstract

Highly-accurate localization of wireless devices is a critical feature of future Internet-of-Things applications. Due to its superior time-domain resolution, ultra-wideband (UWB) technology allows centimeter-level positioning accuracy. Still, setting up an anchor-based UWB localization system requires extensive labour and costs. Recent works have shown that, instead of multiple physical anchors, the exploitation of multipath reflections from walls minimizes the required infrastructure to a single anchor. This dataset contains an extensive measurement campaign in two complex indoor environments with one anchor. It contains line-of-sight as well as non-line-of-sight situations. Furthermore, we have acquired datasets using directional antennas at the anchor to allow observing the impact of the angular domain on the localization performance.
Originalspracheenglisch
TitelDataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas
Seiten21-22
Seitenumfang2
PublikationsstatusVeröffentlicht - 4 Nov 2018
VeranstaltungFirst Workshop on Data Acquisition To Analysis (DATA) - Shenzhen, China
Dauer: 4 Nov 20184 Nov 2018
https://workshopdata.github.io/DATA2018/

Konferenz

KonferenzFirst Workshop on Data Acquisition To Analysis (DATA)
KurztitelDATA
LandChina
OrtShenzhen
Zeitraum4/11/184/11/18
Internetadresse

Fingerprint

Anchors
Antennas
Ultra-wideband (UWB)
Personnel
Costs

Schlagwörter

    Fields of Expertise

    • Information, Communication & Computing

    Dies zitieren

    Großwindhager, B., Rath, M., Kulmer, J., Bakr, M. S. A., Boano, C. A., Witrisal, K., & Römer, K. U. (2018). Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas. in Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas (S. 21-22)

    Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas. / Großwindhager, Bernhard; Rath, Michael; Kulmer, Josef; Bakr, Mustafa Safaa Ahmed; Boano, Carlo Alberto; Witrisal, Klaus; Römer, Kay Uwe.

    Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas. 2018. S. 21-22.

    Publikation: Beitrag in Buch/Bericht/KonferenzbandBeitrag in einem KonferenzbandForschungBegutachtung

    Großwindhager, B, Rath, M, Kulmer, J, Bakr, MSA, Boano, CA, Witrisal, K & Römer, KU 2018, Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas. in Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas. S. 21-22, Shenzhen, China, 4/11/18.
    Großwindhager B, Rath M, Kulmer J, Bakr MSA, Boano CA, Witrisal K et al. Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas. in Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas. 2018. S. 21-22
    Großwindhager, Bernhard ; Rath, Michael ; Kulmer, Josef ; Bakr, Mustafa Safaa Ahmed ; Boano, Carlo Alberto ; Witrisal, Klaus ; Römer, Kay Uwe. / Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas. Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas. 2018. S. 21-22
    @inproceedings{7a9aec1805ca4846862e154212de3da8,
    title = "Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas",
    abstract = "Highly-accurate localization of wireless devices is a critical feature of future Internet-of-Things applications. Due to its superior time-domain resolution, ultra-wideband (UWB) technology allows centimeter-level positioning accuracy. Still, setting up an anchor-based UWB localization system requires extensive labour and costs. Recent works have shown that, instead of multiple physical anchors, the exploitation of multipath reflections from walls minimizes the required infrastructure to a single anchor. This dataset contains an extensive measurement campaign in two complex indoor environments with one anchor. It contains line-of-sight as well as non-line-of-sight situations. Furthermore, we have acquired datasets using directional antennas at the anchor to allow observing the impact of the angular domain on the localization performance.",
    keywords = "ultra wideband technology, multipath-assisted indoor positioning",
    author = "Bernhard Gro{\ss}windhager and Michael Rath and Josef Kulmer and Bakr, {Mustafa Safaa Ahmed} and Boano, {Carlo Alberto} and Klaus Witrisal and R{\"o}mer, {Kay Uwe}",
    year = "2018",
    month = "11",
    day = "4",
    language = "English",
    pages = "21--22",
    booktitle = "Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas",

    }

    TY - GEN

    T1 - Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas

    AU - Großwindhager, Bernhard

    AU - Rath, Michael

    AU - Kulmer, Josef

    AU - Bakr, Mustafa Safaa Ahmed

    AU - Boano, Carlo Alberto

    AU - Witrisal, Klaus

    AU - Römer, Kay Uwe

    PY - 2018/11/4

    Y1 - 2018/11/4

    N2 - Highly-accurate localization of wireless devices is a critical feature of future Internet-of-Things applications. Due to its superior time-domain resolution, ultra-wideband (UWB) technology allows centimeter-level positioning accuracy. Still, setting up an anchor-based UWB localization system requires extensive labour and costs. Recent works have shown that, instead of multiple physical anchors, the exploitation of multipath reflections from walls minimizes the required infrastructure to a single anchor. This dataset contains an extensive measurement campaign in two complex indoor environments with one anchor. It contains line-of-sight as well as non-line-of-sight situations. Furthermore, we have acquired datasets using directional antennas at the anchor to allow observing the impact of the angular domain on the localization performance.

    AB - Highly-accurate localization of wireless devices is a critical feature of future Internet-of-Things applications. Due to its superior time-domain resolution, ultra-wideband (UWB) technology allows centimeter-level positioning accuracy. Still, setting up an anchor-based UWB localization system requires extensive labour and costs. Recent works have shown that, instead of multiple physical anchors, the exploitation of multipath reflections from walls minimizes the required infrastructure to a single anchor. This dataset contains an extensive measurement campaign in two complex indoor environments with one anchor. It contains line-of-sight as well as non-line-of-sight situations. Furthermore, we have acquired datasets using directional antennas at the anchor to allow observing the impact of the angular domain on the localization performance.

    KW - ultra wideband technology

    KW - multipath-assisted indoor positioning

    M3 - Conference contribution

    SP - 21

    EP - 22

    BT - Dataset: Single-Anchor Indoor Localization with Decawave DW1000 and Directional Antennas

    ER -