Event name
SilviLaser 2023
 
Event type
Event for scientific audience
 
Start date
06-09-2023
End date
08-09-2023
 
Location
London
Country
United Kingdom
 
Organizing institution Veranstaltende Institution
UCL University College London
Event format Veranstaltungsformat
On Site

Publications Publikationen

Results 1-9 of 9 (Search time: 0.006 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Ali, Moonis ; Lohani, Bharat ; Hollaus, Markus ; Pfeifer, Norbert Benchmarking Leaf-Filtering algorithms for Terrestrial Laser Scanning (TLS) dataPresentation Vortrag6-Sep-2023
2Chen, Yi-Chen ; Hollaus, Markus ; Bronne, Günther ; Pfeifer, Norbert Characterization of SilviLaser 2021 Benchmark Data SetPresentation Vortrag7-Sep-2023
3Hollaus, Markus ; Schimpl, Lorenz ; Posch, Larissa ; Kirchmeir, Hanns Deadwood detection – in-situ versus UAV-LiDAR based approachesPresentation Vortrag7-Sep-2023
4Iglseder, Anna ; Prochaska, Christian ; Hoffert-Hösl, Hannes ; Lechner, Michael ; Immitzer, Markus ; Hollaus, Markus Finding homogeneity in the diversity: Combining remote sensing data for segmentation and monitoring of forests of high biodiversity valuePresentation Vortrag6-Sep-2023
5Birnbauer, Kathrin ; Hollaus, Markus ; Bronner, Günther ; Czimber, Kornél Optimizing in-situ measurements via voice recognitionPresentation Vortrag6-Sep-2023
6Schäfer, Jannika ; Winiwarter, Lukas Georg ; Weiser, Hannah ; Novotný, Jan ; Höfle, Bernhard ; Schmidtlein, Sebastian ; Henninger, Hans ; Stereńczak, Krzysztof ; Fassnacht, Fabian Potential and limitations of simulated airborne laser scanning data for forest biomass estimationPresentation Vortrag7-Sep-2023
7Chen, Yi-Chen ; Hollaus, Markus ; Kukko, Antero ; Hyyppä, Juha Tree Species Classification using Multi-spectral LiDAR - First Result from an Austria Study SitePresentation Vortrag6-Sep-2023
8Winiwarter, Lukas Georg ; Coops, Nicholas ; Hollaus, Markus Uncertainties in biomass prediction from airborne laser scanning dataPresentation Vortrag7-Sep-2023
9Takhtkeshhha, Narges ; Mandlburger, Gottfried ; Hollaus, Markus ; Remondino, Fabio ; Hyyppä, Juha Unsupervised deep learning-based tree species mapping using multispectral airborne LiDAR dataPresentation Vortrag6-Sep-2023