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6 221 to 6 230 of 6 743 Results

InstructionsToInstall.pdf 14 nov. 2019 - ALBORUN - Modèle de la dynamique de population des moustiques Aedes albopictus à la Réunion Adobe PDF - 55,8 KB - MD5: 33904edb749ab5baf33eaeb1dcd0bb56
Reunion island - 2018, Land cover map (Pleiades) - 0.5m 7 nov. 2019 - UMR TETIS Dupuy, Stéphane; Gaetano, Raffaele, 2019, "Reunion island - 2018, Land cover map (Pleiades) - 0.5m", https://doi.org/10.18167/DVN1/WKAJZO, CIRAD Dataverse, V1 CIRAD's TETIS research unit is developing an automated mapping method based on the Moringa chain that minimizes interactions with users by automating most image analysis and processing. The methodology uses jointly a Very High Spatial Resolution image (Spot6/7 or Pleiades) and on...
Classif_2018_Peiades_Code1.tar.gz 7 nov. 2019 - Reunion island - 2018, Land cover map (Pleiades) - 0.5m Gzip Archive - 107,6 MB - MD5: f2bd8a14d1cc6d635818a78df80f89c3 Vector data Classification de niveau 1 au format Esri Shape // EPSG code (projection) : 32740
Classif_2018_Peiades_Code2.tar.gz 7 nov. 2019 - Reunion island - 2018, Land cover map (Pleiades) - 0.5m Gzip Archive - 343,8 MB - MD5: a2a51898382caf5890aea3b0a0cda0a0 Vector data Classification de niveau 2 au format Esri Shape // EPSG code (projection) : 32740
Classif_2018_Peiades_Code3.tar.gz 7 nov. 2019 - Reunion island - 2018, Land cover map (Pleiades) - 0.5m Gzip Archive - 475,3 MB - MD5: 64a02f34766fac5209b4967c06865c6b Vector data Classification de niveau 3 au format Esri Shape // EPSG code (projection) : 32740
Ultrasonic tomographic reconstruction considering wood anisotropy 5 nov. 2019 - UPR BioWooEB Espinosa, Luis; Brancheriau, Loic; Prieto, Flavio; Lasaygues, Philippe, 2019, "Ultrasonic tomographic reconstruction considering wood anisotropy", https://doi.org/10.18167/DVN1/GI8LSW, CIRAD Dataverse, V1 We proposed an approach to solve the inverse problem for tree imaging, using a method based on ultrasound travel-time tomography and adapted to the anisotropy of wood material. The proposed inversion procedure was developed between 2015-2018. The method considers the dependency o...
1_PhotoHealthy.png 5 nov. 2019 - Ultrasonic tomographic reconstruction considering wood anisotropy PNG Image - 821,5 KB - MD5: ef7688f6974dc0091869126e2db54576
1_posRecHealthy.txt 5 nov. 2019 - Ultrasonic tomographic reconstruction considering wood anisotropy Plain Text - 267 B - MD5: 94266f7231cd281151b82adc56e76587
1_TOFHealthy.txt 5 nov. 2019 - Ultrasonic tomographic reconstruction considering wood anisotropy Plain Text - 2,5 KB - MD5: 00dcf7027c6be2e343b36c1dc0c8f089
2_PhotoDefCen.png 5 nov. 2019 - Ultrasonic tomographic reconstruction considering wood anisotropy PNG Image - 894,5 KB - MD5: eab520e1f086ac4562054d2837fa6f7a

InstructionsToInstall.pdf

14 nov. 2019 - ALBORUN - Modèle de la dynamique de population des moustiques Aedes albopictus à la Réunion

Adobe PDF - 55,8 KB -

Reunion island - 2018, Land cover map (Pleiades) - 0.5m

7 nov. 2019 - UMR TETIS

Dupuy, Stéphane; Gaetano, Raffaele, 2019, "Reunion island - 2018, Land cover map (Pleiades) - 0.5m", https://doi.org/10.18167/DVN1/WKAJZO, CIRAD Dataverse, V1

CIRAD's TETIS research unit is developing an automated mapping method based on the Moringa chain that minimizes interactions with users by automating most image analysis and processing. The methodology uses jointly a Very High Spatial Resolution image (Spot6/7 or Pleiades) and on...

Classif_2018_Peiades_Code1.tar.gz

7 nov. 2019 - Reunion island - 2018, Land cover map (Pleiades) - 0.5m

Gzip Archive - 107,6 MB -

Vector data

Classification de niveau 1 au format Esri Shape // EPSG code (projection) : 32740

Classif_2018_Peiades_Code2.tar.gz

7 nov. 2019 - Reunion island - 2018, Land cover map (Pleiades) - 0.5m

Gzip Archive - 343,8 MB -

Vector data

Classification de niveau 2 au format Esri Shape // EPSG code (projection) : 32740

Classif_2018_Peiades_Code3.tar.gz

7 nov. 2019 - Reunion island - 2018, Land cover map (Pleiades) - 0.5m

Gzip Archive - 475,3 MB -

Vector data

Classification de niveau 3 au format Esri Shape // EPSG code (projection) : 32740

Ultrasonic tomographic reconstruction considering wood anisotropy

5 nov. 2019 - UPR BioWooEB

Espinosa, Luis; Brancheriau, Loic; Prieto, Flavio; Lasaygues, Philippe, 2019, "Ultrasonic tomographic reconstruction considering wood anisotropy", https://doi.org/10.18167/DVN1/GI8LSW, CIRAD Dataverse, V1

We proposed an approach to solve the inverse problem for tree imaging, using a method based on ultrasound travel-time tomography and adapted to the anisotropy of wood material. The proposed inversion procedure was developed between 2015-2018. The method considers the dependency o...

1_PhotoHealthy.png

5 nov. 2019 - Ultrasonic tomographic reconstruction considering wood anisotropy

PNG Image - 821,5 KB -

1_posRecHealthy.txt

5 nov. 2019 - Ultrasonic tomographic reconstruction considering wood anisotropy

Plain Text - 267 B -

1_TOFHealthy.txt

5 nov. 2019 - Ultrasonic tomographic reconstruction considering wood anisotropy

Plain Text - 2,5 KB -

2_PhotoDefCen.png

5 nov. 2019 - Ultrasonic tomographic reconstruction considering wood anisotropy

PNG Image - 894,5 KB -

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