7,128 research outputs found
données lidar acquises par drone sur site de Puechabon (34)
No full textAcquisitions Lidar par drones des sites d’études SentyMed , juin 2021.
Télépilotes unité TETIS, Montpellier :
Samuel Alleaume : [email protected]
Audrey Jolivot : [email protected]
Capteur :
Yellowscan, Surveyor
• Centrale GNSS-inertielle : Applanix APX-15 UAV
• Lidar : Velodyne VLP16 (Puck) : Longueur d’onde:905 nm / 300 000 pulses par seconde (300 kHz) / 2 échos par pulse / Angle de vue : 360 deg
• Précision : 4cm
Vecteur : drone DJI Matrice 600 Pr
Données lidar acquises par drone UE Citrus, San Giuliano, Corse
No full textAcquisitions Lidar par drones l'unité expérimentale Citrus, de San Giuliano, Corse (2B).
Survol financé par l'UE Citrus
Acquisition le 13 octobre 2021.
Télépilotes unité TETIS, Montpellier : Samuel Alleaume : [email protected] Audrey Jolivot : [email protected] .
Capteur : Yellowscan, Surveyor • Centrale GNSS-inertielle : Applanix APX-15 UAV • Lidar : Velodyne VLP16 (Puck) : Longueur d’onde:905 nm / 300 000 pulses par seconde (300 kHz) / 2 échos par pulse / Angle de vue : 360 deg • Précision : 4cm Vecteur : drone DJI Matrice 600 Pro 4 <p
Données lidar acquises par drone au pied du Pic St Loup (34)
No full textAcquisitions Lidar par drones sur la commune de Cazevielle, au pied du Pic-St-Loup (34).
Survol financé par le Projet SenthyMed , CNES.
Acquisition les 23 et 25 juin 2021.
Télépilotes unité TETIS, Montpellier : Samuel Alleaume : [email protected] Audrey Jolivot : [email protected] .
Capteur : Yellowscan, Surveyor • Centrale GNSS-inertielle : Applanix APX-15 UAV • Lidar : Velodyne VLP16 (Puck) : Longueur d’onde:905 nm / 300 000 pulses par seconde (300 kHz) / 2 échos par pulse / Angle de vue : 360 deg • Précision : 4cm Vecteur : drone DJI Matrice 600 Pro
4 zones couvertes d'une quinzaine d'hectares. Densité de point de 200 à 250 point par m2
Données et produits lidar drone, réserve forestière naturelle de la Massane - Drone lidar data and products, Massane natural forest reserve
No full textLocated in the Argeles-sur-Mer municipality, Pyrénées Orientales, the Massane forest reserve is an OSU-OREME long term observatory . A lidar drone survey was carried out on 30 September 2020.0. Telepilots from theTETIS research unit, Montpellier : Eric Larmanou ; Samuel Alleaume.
Financement : OSU-OREME.
This dataset includes raw data and derived raster products
Panoramas paysages Madagascar acquis par drone
No full textContexte : clichés réalisés dans le cadre de la mission terrain pour le projet CES-Paysage, APR CNES du 29/04 au 03/05/2022
Réalisation : Panoramas réalisées à partir d’acquisition drones (Parrot, Anafi)
et assemblés en utilisant le logiciel Hugin © (logiciel gratuit, GNU General public licence, http://hugin.sourceforge.net/).
Référent : [email protected]
Lidar data acquired by drone in the Louchats forest, Gironde, France
No full textAcquisition date : 2022/07/06 Sensor :Yellowscan, Surveyor - GNSS-inertial station: Applanix APX-15 UAV - Lidar: Velodyne VLP16 (Puck) : Wavelength: 905 nm / 300,000 pulses per second (300 kHz) / 2 echoes per pulse / Angle of view: 360 deg - Accuracy: 4cm Vector: DJI Matrice 600 Pro drone Flight conditions : - Trajectory design: double grid, distance between lines: 40 m - Speed: 5m/s - Flight height: 50m above ground level, constrained by IGN DTM at 5m spatial resolution -Flight planning software: UGCS-4.0.134 Pre-processing software : - Applanix POSPac UAV 8.4: trajectory post-processing based on the UAV's GNSS inertial unit data, using a reference GNSS base station. The correction solution for each trajectory is exported as an ASCII SBET (Smoothed Best Estimated Trajectory) file. - Yellowscan CloudStation V2106.0.0: The SBET file is integrated into the software to generate point clouds in .las format projected in RGF93/Lambert 93
Lidar data acquired by drone at the Bordeaux observatory (Floirac)
No full textAcquisition date : 2022/07/06
Sensor :Yellowscan, Surveyor
- GNSS-inertial station: Applanix APX-15 UAV
- Lidar: Velodyne VLP16 (Puck) : Wavelength: 905 nm / 300,000 pulses per second (300 kHz) / 2 echoes per pulse / Angle of view: 360 deg
- Accuracy: 4cm
Vector: DJI Matrice 600 Pro drone
Flight conditions :
- Trajectory design: double grid, distance between lines: 40 m
- Speed: 5m/s
- Flight height: 50m above ground level, constrained by IGN DTM at 5m spatial resolution
-Flight planning software: UGCS-4.0.134
Pre-processing software :
- Applanix POSPac UAV 8.4: trajectory post-processing based on the UAV's GNSS inertial unit data, using a reference GNSS base station. The correction solution for each trajectory is exported as an ASCII SBET (Smoothed Best Estimated Trajectory) file.
- Yellowscan CloudStation V2106.0.0: The SBET file is integrated into the software to generate point clouds in .las format projected in RGF93/Lambert 93
Samuel Dorris Dickinson papers
No full textThe Samuel Dorris Dickinson papers contain the professional and personal records of archaeologist, journalist, and author Samuel Dorris Dickinson
Portrait of author David Foster at the National Library of Australia, Canberra, 8 June 2011 /
No full textTitle from acquisitions documentation.; Part of the collection: Portraits of author David Foster at the National Library of Australia, Canberra, 8 June 2011.; Acquired in digital format; access copy available online.; Mode of access: Online.; Photographed by a staff member of the National Library of Australia
Author David Foster with academic Jeff Doyle at the National Library of Australia, Canberra, 8 June 2011 /
No full textTitle from acquisitions documentation.; Part of the collection: Portraits of author David Foster at the National Library of Australia, Canberra, 8 June 2011.; Acquired in digital format; access copy available online.; Mode of access: Online.; Photographed by a staff member of the National Library of Australia
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