cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.48436/afdjq-ce434
title: SilviLaser 2021 Benchmark Dataset - Terrestrial Challenge

description: This benchmark dataset was acquired during the SilviLaser conference 2021 in Vienna. The benchmark aims to demonstrate the different terrestrial system's capabilities for capturing 3D scenes in various forest conditions. A number of universities, institutes, and companies participated and contributed their outputs to this dataset, compiled by terrestrial laser scanning (TLS), mobile laser scanning (MLS), as well as terrestrial photogrammetric systems (TPS). Along with the terrestrial data, one airborne laser scanning (ALS) data was provided as a reference.
Eight forest plots were installed in the terrestrial challenge. Each plot was formed with a 25-meter radius circular area and different tree species (i.e. spruce, pine, beech, white fir), forest structures (i.e. one layer, multi-layer, natural regeneration, deadwood), and age classes (~50 – 120 years). The 3D point clouds acquired by each participant cover the eight plots. In addition to point clouds, traditional in-situ data (tree position, tree species, DBH) were recorded by the organization team.
All point clouds provided by participants were processed in the following steps: co-registration with geo-referenced data, setting a uniform coordinate reference system (CRS), and removing data located out of the plot. This work was performed by OPALS, a laser scanning data processing software developed by the Photogrammetry Group of the TU Wien Department of Geodesy and Geoinformation. Please note that some point clouds are not archived due to problems encountered during pre-processing. The final products consist of one metadata, 3D point clouds, ALS data for reference, and corresponding digital terrain models (DTM) derived from the ALS data using OPALS software. Point clouds are in laz 1.4 format, and DTMs are raster models in GeoTIFF format. Furthermore, all geo-data use CRS of WGS84 / UTM zone 33N (EPSG:32633). More information (e.g. instrument, point density, and extra attributes) can be found in the file "SL21BM_TER_metadata.csv".
This dataset is available to the community for a wide variety of scientific studies. These unique data sets will also form the basis for an international benchmark for parameter retrieval from different 3D recording methods.
Acknowledgements
This dataset was contributed by the universities/institutes/companies (alphabetical order):

Czech University of Life Sciences Prague
Forest Design
Green Valley International
RIEGL
Silva Tarouca Research Institute
Swiss Federal Institute for Forest, Snow and Landscape Research
Umweltdata GmbH
University of Natural Resources and Life Sciences
Wageningen University & Research
Notes

In terms of in-situ data, please contact Markus Hollaus for details.
To perform a bulk download, please use this file to get the URL list.
DOI: 10.48436/kndye-egv02
title: SilviLaser 2021 Benchmark Dataset - Terrestrial Challenge

description: This benchmark dataset was acquired during the SilviLaser conference 2021 in Vienna. The benchmark aims to demonstrate the different terrestrial system's capabilities for capturing 3D scenes in various forest conditions. A number of universities, institutes, and companies participated and contributed their outputs to this dataset, compiled by terrestrial laser scanning (TLS), mobile laser scanning (MLS), as well as terrestrial photogrammetric systems (TPS). Along with the terrestrial data, one airborne laser scanning (ALS) data was provided as a reference.
Eight forest plots were installed in the terrestrial challenge. Each plot was formed with a 25-meter radius circular area and different tree species (i.e. spruce, pine, beech, white fir), forest structures (i.e. one layer, multi-layer, natural regeneration, deadwood), and age classes (~50 – 120 years). The 3D point clouds acquired by each participant cover the eight plots. In addition to point clouds, traditional in-situ data (tree position, tree species, DBH) were recorded by the organization team.
All point clouds provided by participants were processed in the following steps: co-registration with geo-referenced data, setting a uniform coordinate reference system (CRS), and removing data located out of the plot. This work was performed by OPALS, a laser scanning data processing software developed by the Photogrammetry Group of the TU Wien Department of Geodesy and Geoinformation. Please note that some point clouds are not archived due to problems encountered during pre-processing. The final products consist of one metadata, 3D point clouds, ALS data for reference, and corresponding digital terrain models (DTM) derived from the ALS data using OPALS software. Point clouds are in laz 1.4 format, and DTMs are raster models in GeoTIFF format. Furthermore, all geo-data use CRS of WGS84 / UTM zone 33N (EPSG:32633). More information (e.g. instrument, point density, and extra attributes) can be found in the file "SL21BM_TER_metadata.csv".
This dataset is available to the community for a wide variety of scientific studies. These unique data sets will also form the basis for an international benchmark for parameter retrieval from different 3D recording methods.
Acknowledgements
This dataset was contributed by the universities/institutes/companies (alphabetical order):

Czech University of Life Sciences Prague
Forest Design
Green Valley International
RIEGL
Silva Tarouca Research Institute
Swiss Federal Institute for Forest, Snow and Landscape Research
Umweltdata GmbH
University of Natural Resources and Life Sciences
Wageningen University & Research
Notes

In terms of in-situ data, please contact Markus Hollaus for details.
To perform a bulk download, please use this file to get the URL list.
Changelog

v1.0    First release
v1.1    Fix the misalignment issue for plot D
DOI: 10.48436/b8j5r-k0z43
title: Zeelim fan, Israel (part)

description: Part of the Dead Sea (Israeli) shorline airborne scan, 2013. Focus on the Ze'elim fan, Sinkhole Field #IV. Resolution approx. 8 pts/m2
DOI: 10.48436/mps0m-c9n43
title: Zeelim fan, Israel (part)

description: Part of the Dead Sea (Israeli) shorline airborne scan, 2013. Focus on the Ze'elim fan, Sinkhole Field #IV. Resolution approx. 8 pts/m2
DOI: 10.48436/9fdnp-6vq45
title: 3D Reconstruction Model of the Former Synagogue in the Hubergasse 8, Vienna  (1885/86 | Architect: Ludwig Tischler)

description: This record contains model data originally created in the framework of the masters' thesis of Gerlinde Grötzmeier at TU Wien (2008).
Facts: Synagogue of the Israelitische Kultusgemeinde Wien (Jewish Community Vienna, IKG) | Erected 1885/86; completed on September 23, 1886; 1928 extended by the addition of a winter prayer room | Architects: Ludwig Tischler, Ignaz Reiser (extension) | Capacity: seating for 266 women and 406 men as well as winter prayer hall with 124 seats | Appearance: west front designed in a neo-Renaissance style, the central and side elements indicate the triple-aisled floor plan.
See also:
* City Guide --> https://www.lit-verlag.de/isbn/978-3-643-90170-5
 
description: The data set includes
- Modelling software: ArchiCAD *.PLA - Archive
- Rendering Software: ArtLantis *.ATLA - Archive
- Panoramic representation: *.HTML & *.PNO
DOI: 10.48436/hyp1t-caz90
title: 3D Reconstruction Model of the Former Synagogue in the Hubergasse 8, Vienna  (1885/86 | Architect: Ludwig Tischler)

description: This record contains model data originally created in the framework of the masters' thesis of Gerlinde Grötzmeier at TU Wien (2008).
Facts: Synagogue of the Israelitische Kultusgemeinde Wien (Jewish Community Vienna, IKG) | Erected 1885/86; completed on September 23, 1886; 1928 extended by the addition of a winter prayer room | Architects: Ludwig Tischler, Ignaz Reiser (extension) | Capacity: seating for 266 women and 406 men as well as winter prayer hall with 124 seats | Appearance: west front designed in a neo-Renaissance style, the central and side elements indicate the triple-aisled floor plan.
See also:
* City Guide --> https://www.lit-verlag.de/isbn/978-3-643-90170-5
 
description: The data set includes
- Modelling software: ArchiCAD *.PLA - Archive
- Rendering Software: ArtLantis *.ATLA - Archive
- Panoramic representation: *.HTML & *.PNO
DOI: 10.48436/2vfvx-ckr59
title: 3D Reconstruction Model of the Former Synagogue in the Dirmhirngasse 112, Vienna  (1900 | Architect: Richard Esriel)

description: This record contains model data originally created in the framework of the masters' thesis of Franziska Graber at TU Wien (2009).
Facts: Association synagogue of Minjan Bethausverein (orthodox prayer house association) | Erected 1900 | Architect: Richard Esriel | Capacity: seating for 120 women and 120 men | Appearance: single-storey building with a compact tower at either side
See also:
* City Guide --> https://www.lit-verlag.de/isbn/978-3-643-90170-5
 
description: The data set includes
- Modelling software: ArchiCAD *.PLA - Archive
- Rendering Software: ArtLantis *.ATLA - Archive
- Panoramic representation: *.HTML & *.PNO
DOI: 10.48436/t2vmn-znz92
title: 3D Reconstruction Model of the Former Synagogue in the Dirmhirngasse 112, Vienna  (1900 | Architect: Richard Esriel)

description: This record contains model data originally created in the framework of the masters' thesis of Franziska Graber at TU Wien (2009).
Facts: Association synagogue of Minjan Bethausverein (orthodox prayer house association) | Erected 1900 | Architect: Richard Esriel | Capacity: seating for 120 women and 120 men | Appearance: single-storey building with a compact tower at either side
See also:
* City Guide --> https://www.lit-verlag.de/isbn/978-3-643-90170-5
 
description: The data set includes
- Modelling software: ArchiCAD *.PLA - Archive
- Rendering Software: ArtLantis *.ATLA - Archive
- Panoramic representation: *.HTML & *.PNO
DOI: 10.48436/3qbfq-n7704
title: 3D Reconstruction Model of the Former Synagogue in the Braunhubergasse 7, Vienna  (1898/99 | Architect: Jakob Gartner)

description: This record contains model data originally created in the framework of the masters' thesis of Martin Kukacka at TU Wien (2004).
Facts: Association synagogue of the Tempelverein Simmering (Simmering Temple Association), which was founded in 1891 | Erected 1898/99; dedication on August 24, 1899 | Architect: Jakob Gartner | Capacity: seating for 249 persons on the ground floor, 133 on the gallery | Appearance; triple-aisled building with Romanesque decorative elements
See also:
* City Guide --> https://www.lit-verlag.de/isbn/978-3-643-90170-5
* Locations for comparison:
- Humboldtgasse 27 - 1100 Vienna
- Kluckygasse 11 - 1200 Vienna
- Siebenbrunnengasse 1a -1050 Vienna
 
description: The data set includes
- Modelling software: ArchiCAD *.PLA - Archive
- Rendering Software: ArtLantis *.ATLA - Archive
- Panoramic representation: *.HTML & *.PNO
DOI: 10.48436/90c75-kd359
title: 3D Reconstruction Model of the Former Synagogue in the Braunhubergasse 7, Vienna  (1898/99 | Architect: Jakob Gartner)

description: This record contains model data originally created in the framework of the masters' thesis of Martin Kukacka at TU Wien (2004).
Facts: Association synagogue of the Tempelverein Simmering (Simmering Temple Association), which was founded in 1891 | Erected 1898/99; dedication on August 24, 1899 | Architect: Jakob Gartner | Capacity: seating for 249 persons on the ground floor, 133 on the gallery | Appearance; triple-aisled building with Romanesque decorative elements
See also:
* City Guide --> https://www.lit-verlag.de/isbn/978-3-643-90170-5
* Locations for comparison:
- Humboldtgasse 27 - 1100 Vienna
- Kluckygasse 11 - 1200 Vienna
- Siebenbrunnengasse 1a -1050 Vienna
 
description: The data set includes
- Modelling software: ArchiCAD *.PLA - Archive
- Rendering Software: ArtLantis *.ATLA - Archive
- Panoramic representation: *.HTML & *.PNO
DOI: 10.48436/3s12q-j7875
title: 3D Reconstruction Model of the Former Synagogue in the Tempelgasse 3, Vienna  (1854–1858 | Architect: Ludwig von Förster)

description: This record contains model data originally created in the framework of the masters' thesis of Andreas Schaukowitsch at TU Wien (2018).
Facts: Synagogue of the Jewish Community | built 1854–1858; dedicated on 15 June 1858 | Architects: Ludwig von Förster, Wilhelm Stiassny (renovation 1898) | Capacity: 2,240 seated and 1,500 standing | Appearance: historicist classicism with Moorish, Arabic and Assyrian quotations, three-aisled hall-type building with two side wings separated by courtyards
See also:
* City Guide --> https://www.lit-verlag.de/isbn/978-3-643-90170-5
* Locations for comparison:
- Budapest Dohany street - Great Synagogue
- Bucharest - Choral Synagogue
 
 
 
 
description: The data set includes
- Modelling software: ArchiCAD *.PLA - Archive
- Rendering Software: ArtLantis *.ATLA - Archive
- Panoramic representation: *.HTML & *.PNO
DOI: 10.48436/bqjkn-y4533
title: 3D Reconstruction Model of the Former Synagogue in the Tempelgasse 3, Vienna  (1854–1858 | Architect: Ludwig von Förster)

description: This record contains model data originally created in the framework of the masters' thesis of Andreas Schaukowitsch at TU Wien (2018).
Facts: Synagogue of the Jewish Community | built 1854–1858; dedicated on 15 June 1858 | Architects: Ludwig von Förster, Wilhelm Stiassny (renovation 1898) | Capacity: 2,240 seated and 1,500 standing | Appearance: historicist classicism with Moorish, Arabic and Assyrian quotations, three-aisled hall-type building with two side wings separated by courtyards
See also:
* City Guide --> https://www.lit-verlag.de/isbn/978-3-643-90170-5
* Locations for comparison:
- Budapest Dohany street - Great Synagogue
- Bucharest - Choral Synagogue
 
 
 
 
description: The data set includes
- Modelling software: ArchiCAD *.PLA - Archive
- Rendering Software: ArtLantis *.ATLA - Archive
- Panoramic representation: *.HTML & *.PNO
DOI: 10.48436/exkrt-ycc02
title: 3D Reconstruction Model of the Former Synagogue in the Zirkusgasse 22, Vienna  (1885–1887 | Architect: Hugo von Wiedenfeld)

description: This record contains model data originally created in the framework of the masters' thesis of Klaus Lengauer at TU Wien (2006).
Facts: Synagogue of the Turkish Jews (Sephardim) | erected 1885–1887 | Architect: Hugo von Wiedenfeld | Capacity: 110 seats on the galleries, 340 seats on the ground floor, standing room for 250 persons with a further 105 seats in the winter prayer room on the first floor of the building | Appearance: severe historicism using motifs from the Alhambra, octagonal domed building (height: 12 metres)
See also:
* City Guide --> https://www.lit-verlag.de/isbn/978-3-643-90170-5
* Locations for comparison:
- Sofia - Sephardic Synagogue
 
description: The data set includes
- Modelling software: ArchiCAD *.PLA - Archive
- Rendering Software: ArtLantis *.ATLA - Archive
- Panoramic representation: *.HTML & *.PNO
DOI: 10.48436/g2b6c-6xv10
title: 3D Reconstruction Model of the Former Synagogue in the Zirkusgasse 22, Vienna  (1885–1887 | Architect: Hugo von Wiedenfeld)

description: This record contains model data originally created in the framework of the masters' thesis of Klaus Lengauer at TU Wien (2006).
Facts: Synagogue of the Turkish Jews (Sephardim) | erected 1885–1887 | Architect: Hugo von Wiedenfeld | Capacity: 110 seats on the galleries, 340 seats on the ground floor, standing room for 250 persons with a further 105 seats in the winter prayer room on the first floor of the building | Appearance: severe historicism using motifs from the Alhambra, octagonal domed building (height: 12 metres)
See also:
* City Guide --> https://www.lit-verlag.de/isbn/978-3-643-90170-5
* Locations for comparison:
- Sofia - Sephardic Synagogue
 
description: The data set includes
- Modelling software: ArchiCAD *.PLA - Archive
- Rendering Software: ArtLantis *.ATLA - Archive
- Panoramic representation: *.HTML & *.PNO
DOI: 10.48436/13v6z-vwj72
title: GPS Dataset

description: Dataset used for the evaluation described in "A Systematic Evaluation of an RTK-GPS device for Wearable Augmented Reality".
The Dataset is divided into sheets:

PT_LOCATION_TIME:

PT: Positional Test
LOCATION: LOC_A or LOC_B
TIME: 60s or 300s
ST_AT_DSM_LOCATION_SMARTPHONE_TIME:

ST: Static condition
AT: Accuracy Test
DSM: Data Saving Modality
SMARTPHONE: SMA0 or SMA1
LOCATION: LOC_A or LOC_B
TIME: 60s or 300s
DY_AT_DSM_LOCATION_SMARTPHONE_TIME:

DY: Dynamic condition
AT: Accuracy Test
DSM: Data Saving Modality
SMARTPHONE: SMA0 or SMA1
LOCATION: LOC_A or LOC_B
TIME: 60s or 300s
ST_AT_RTM_LOCATION_TIME:

ST: Static condition
AT: Accuracy Test
RTM: Real-time Modality
LOCATION: LOC_A or LOC_B
TIME: 60s or 300s
DY_AT_RTM_LOCATION_TIME:

DY: Dynamic condition
AT: Accuracy Test
RTM: Real-time Modality
LOCATION: LOC_A or LOC_B
TIME: 60s or 300s
DOI: 10.48436/66may-g8z40
title: Kaunertal dataset (part)

description: This is a part of a UAV-scan of Upper Kaunertal, Austria. Collected by VUX-1UAV. Acquisition platform: helicopter.
DOI: 10.48436/ftr23-kvr16
title: Kaunertal dataset (part)

description: This is a part of a UAV-scan of Upper Kaunertal, Austria. Collected by VUX-1UAV. Acquisition platform: helicopter.
DOI: 10.48436/pahck-nme38
title: GPS Dataset

description: Dataset used for the evaluation described in "A Systematic Evaluation of an RTK-GPS device for Wearable Augmented Reality".
The Dataset is divided into sheets:

PT_LOCATION_TIME:

PT: Positional Test
LOCATION: LOC_A or LOC_B
TIME: 60s or 300s
ST_AT_DSM_LOCATION_SMARTPHONE_TIME:

ST: Static condition
AT: Accuracy Test
DSM: Data Saving Modality
SMARTPHONE: SMA0 or SMA1
LOCATION: LOC_A or LOC_B
TIME: 60s or 300s
DY_AT_DSM_LOCATION_SMARTPHONE_TIME:

DY: Dynamic condition
AT: Accuracy Test
DSM: Data Saving Modality
SMARTPHONE: SMA0 or SMA1
LOCATION: LOC_A or LOC_B
TIME: 60s or 300s
ST_AT_RTM_LOCATION_TIME:

ST: Static condition
AT: Accuracy Test
RTM: Real-time Modality
LOCATION: LOC_A or LOC_B
TIME: 60s or 300s
DY_AT_RTM_LOCATION_TIME:

DY: Dynamic condition
AT: Accuracy Test
RTM: Real-time Modality
LOCATION: LOC_A or LOC_B
TIME: 60s or 300s
DOI: 10.48436/5p3g0-5wj83
title: 3D Reconstruction Model of the Former Synagogue in the Pazmanitengasse 6, Vienna  (1911–1913| Architect: Ignaz Reiser)

description: This record contains model data originally created in the framework of ongoing research work.
Facts: Association synagogue of the association Aeschel Awrachom (Tent of Abraham) founded in 1875 and also known as »Am Volkert« | Erected 1911–1913; dedicated on September 28, 1913 |Architect: Ignaz Reiser | Capacity: seating for 400 women and 500 men, in addition consultation room, library and small prayer room | Appearance: triple-aisled building, façade with twin towers, historicist architectural idiom
See also:
* City Guide --> https://www.lit-verlag.de/isbn/978-3-643-90170-5
* Locations for comparison:
- Große Schiffgasse 8  - 1020 Vienna
- Storchengasse 21 - 1150 Vienna
 
description: The data set includes
- Modelling software: ArchiCAD *.PLA - Archive
- Rendering Software: ArtLantis *.ATLA - Archive
- Panoramic representation: *.HTML & *.PNO
DOI: 10.48436/gpwh8-7hn84
title: 3D Reconstruction Model of the Former Synagogue in the Pazmanitengasse 6, Vienna  (1911–1913| Architect: Ignaz Reiser)

description: This record contains model data originally created in the framework of ongoing research work.
Facts: Association synagogue of the association Aeschel Awrachom (Tent of Abraham) founded in 1875 and also known as »Am Volkert« | Erected 1911–1913; dedicated on September 28, 1913 |Architect: Ignaz Reiser | Capacity: seating for 400 women and 500 men, in addition consultation room, library and small prayer room | Appearance: triple-aisled building, façade with twin towers, historicist architectural idiom
See also:
* City Guide --> https://www.lit-verlag.de/isbn/978-3-643-90170-5
* Locations for comparison:
- Große Schiffgasse 8  - 1020 Vienna
- Storchengasse 21 - 1150 Vienna
 
description: The data set includes
- Modelling software: ArchiCAD *.PLA - Archive
- Rendering Software: ArtLantis *.ATLA - Archive
- Panoramic representation: *.HTML & *.PNO
DOI: 10.48436/j83ds-e3030
title: Near-surface soil electrical conductivity data of two selected sites in the Nationalpark Neusiedlersee, Austria, obtained with an experimental Electromagnetic Induction System

description: Introduction
Low-frequency electromagnetic induction (EMI) is a non-invasive geophysical method that is based on the induction of electromagnetic (EM) waves into the subsurface to quantify changes in electrical conductivity. The datasets included in this repository contain near-surface soil electrical conductivity data which were obtained with an experimental Electromagnetic Induction System during field measurements in the Nationalpark Neusiedlersee, Austria.
Publication
The datasets belong to the publication 'Design, Development and Application of a Modular Electro-magnetic Induction (EMI) Sensor for Near-Surface Geophysical Surveys'.
Files
The datasets are in CSV and TSV (DAT files) format and can be opened in, e.g., MS-Excel. A PDF document describing the column headers is included.The figures are provided in common image formats (JPG, PNG, GIF) and can be opened with any image viewer.
DOI: 10.48436/kssdd-0cz48
title: Near-surface soil electrical conductivity data of two selected sites in the Nationalpark Neusiedlersee, Austria, obtained with an experimental Electromagnetic Induction System

description: Introduction
Low-frequency electromagnetic induction (EMI) is a non-invasive geophysical method that is based on the induction of electromagnetic (EM) waves into the subsurface to quantify changes in electrical conductivity. The datasets included in this repository contain near-surface soil electrical conductivity data which were obtained with an experimental Electromagnetic Induction System during field measurements in the Nationalpark Neusiedlersee, Austria.
Publication
The datasets belong to the publication 'Design, Development and Application of a Modular Electro-magnetic Induction (EMI) Sensor for Near-Surface Geophysical Surveys'.
Files
The datasets are in CSV and TSV (DAT files) format and can be opened in, e.g., MS-Excel. A PDF document describing the column headers is included.The figures are provided in common image formats (JPG, PNG, GIF) and can be opened with any image viewer.