peer reviewedA neural network with the architecture of a convolutional autoencoder is used to reconstruct missing data in satellite images of the Southern North Sea. The technique is applied to a multi-satellite data product of chlorophyll-a and total suspended particulate matter (SPM) concentration (representing 20 years of data). The presence of clouds significantly reduces the extent of the ocean that can be measured by satellite sensors using the visible or infrared spectrum. The accuracy of the reconstruction is assessed using cross-validation (i.e. increasing the actual extent of the cloud coverage). The results of the neural network compare favourably the data withheld for cross-validation.MultiSyn
The Belcolour-1 database holds more than 4 years of uniformly resampled MERIS chlorophyll (CHL), tot...
Optical remote sensing data archives generally have many gaps caused by clouds or other retrieval pr...
The Belcolour-1 database holds more than 4 years of uniformly resampled MERIS chlorophyll (CHL), tot...
peer reviewedA method to reconstruct missing data in sea surface temperature data using a neural net...
A method to reconstruct missing data in satellite data using a neural network is presented. Satellit...
peer reviewedDINCAE (Data INterpolating Convolutional Auto-Encoder) is a neural network used to reco...
DINCAE (Data INterpolating Convolutional Auto-Encoder) is a neural network to reconstruct missing da...
Satellite data offer an unequaled amount of information of the Earth’s surface, including the ocean....
Chlorophyll-a (Chl) retrieval from ocean colour remote sensing is problematic for relatively turbid ...
Chlorophyll-a (Chl) retrieval from ocean colour remote sensing is problematic for relatively turbid ...
Satellite data can be very useful in applications where extensive spatial information is needed, but...
Chlorophyll-a (Chl) retrieval from ocean colour remote sensing is problematic for relatively turbid ...
Chlorophyll-a (Chl) retrieval from ocean colour remote sensing is problematic for relatively turbid ...
Chlorophyll-a (Chl) retrieval from ocean colour remote sensing is problematic for relatively turbid...
Optical remote sensing data is now being used systematically for marine ecosystem applications, such...
The Belcolour-1 database holds more than 4 years of uniformly resampled MERIS chlorophyll (CHL), tot...
Optical remote sensing data archives generally have many gaps caused by clouds or other retrieval pr...
The Belcolour-1 database holds more than 4 years of uniformly resampled MERIS chlorophyll (CHL), tot...
peer reviewedA method to reconstruct missing data in sea surface temperature data using a neural net...
A method to reconstruct missing data in satellite data using a neural network is presented. Satellit...
peer reviewedDINCAE (Data INterpolating Convolutional Auto-Encoder) is a neural network used to reco...
DINCAE (Data INterpolating Convolutional Auto-Encoder) is a neural network to reconstruct missing da...
Satellite data offer an unequaled amount of information of the Earth’s surface, including the ocean....
Chlorophyll-a (Chl) retrieval from ocean colour remote sensing is problematic for relatively turbid ...
Chlorophyll-a (Chl) retrieval from ocean colour remote sensing is problematic for relatively turbid ...
Satellite data can be very useful in applications where extensive spatial information is needed, but...
Chlorophyll-a (Chl) retrieval from ocean colour remote sensing is problematic for relatively turbid ...
Chlorophyll-a (Chl) retrieval from ocean colour remote sensing is problematic for relatively turbid ...
Chlorophyll-a (Chl) retrieval from ocean colour remote sensing is problematic for relatively turbid...
Optical remote sensing data is now being used systematically for marine ecosystem applications, such...
The Belcolour-1 database holds more than 4 years of uniformly resampled MERIS chlorophyll (CHL), tot...
Optical remote sensing data archives generally have many gaps caused by clouds or other retrieval pr...
The Belcolour-1 database holds more than 4 years of uniformly resampled MERIS chlorophyll (CHL), tot...