Examples of false positive (A-C) and false negative (D-I) images. Beneath each image are the labels provided by three participants (“Crowd”), convolutional neural networks (“CNN”), and a MODIS snow product. S = Snow, N = No snow, X = not available. False positives are due to (A) ice on lake, (B) fog, (C) precipitation on the lens. False negatives are due to (D) snow on distant mountains and (E-I) patchy snow.</p
The lack of revisit in long-term satellite time series such as Landsat is an issue to assess ecosyst...
© 2020 Copernicus GmbH. All rights reserved. Lake ice is a strong climate indicator and has been rec...
Autonomous vehicles rely on perceiving the road environment through a perception pipeline fed by a v...
Snow is important for local to global climate and surface hydrology, but spatial and temporal hetero...
Snow is important for local to global climate and surface hydrology, but spatial and temporal hetero...
International audienceThe road traffic is highly sensitive to weather conditions. Accumulation of sn...
International audienceThe road traffic is highly sensitive to weather conditions. Accumulation of sn...
Recent developments in remote sensing have shown that snow depth can be estimated accurately on a gl...
The simplest form of a snow particle is a hexagonal prism which can grow into a stellar crystal by g...
Clouds and snow in remote sensing imageries cover underlying surface information, reducing image ava...
The global temperature has been continuously increasing over the past decades. The effect of tempera...
In winter, road conditions play a crucial role in traffic flow efficiency and road safety. Icy, snow...
This publication can be retrieved by anonymous ftp to publications.ai.mit.edu. The pathname for this...
Convolutional neural networks (CNNs) have been shown to be excellent at performing image analysis ta...
This dataset contains over 25,000 human-classified images of snowflakes sorted into the following ca...
The lack of revisit in long-term satellite time series such as Landsat is an issue to assess ecosyst...
© 2020 Copernicus GmbH. All rights reserved. Lake ice is a strong climate indicator and has been rec...
Autonomous vehicles rely on perceiving the road environment through a perception pipeline fed by a v...
Snow is important for local to global climate and surface hydrology, but spatial and temporal hetero...
Snow is important for local to global climate and surface hydrology, but spatial and temporal hetero...
International audienceThe road traffic is highly sensitive to weather conditions. Accumulation of sn...
International audienceThe road traffic is highly sensitive to weather conditions. Accumulation of sn...
Recent developments in remote sensing have shown that snow depth can be estimated accurately on a gl...
The simplest form of a snow particle is a hexagonal prism which can grow into a stellar crystal by g...
Clouds and snow in remote sensing imageries cover underlying surface information, reducing image ava...
The global temperature has been continuously increasing over the past decades. The effect of tempera...
In winter, road conditions play a crucial role in traffic flow efficiency and road safety. Icy, snow...
This publication can be retrieved by anonymous ftp to publications.ai.mit.edu. The pathname for this...
Convolutional neural networks (CNNs) have been shown to be excellent at performing image analysis ta...
This dataset contains over 25,000 human-classified images of snowflakes sorted into the following ca...
The lack of revisit in long-term satellite time series such as Landsat is an issue to assess ecosyst...
© 2020 Copernicus GmbH. All rights reserved. Lake ice is a strong climate indicator and has been rec...
Autonomous vehicles rely on perceiving the road environment through a perception pipeline fed by a v...