RT @MethodsEcolEvol: MistNet: A #NeuralNetwork that automatically extracts info about #BirdMigration from historical radar scans. Find out…
MistNet: A #NeuralNetwork that automatically extracts info about #BirdMigration from historical radar scans. Find out more this #RobertMayPrize shortlisted Methods in #Ecology and #Evolution paper: https://t.co/LXFYcn40FA All shortlisted papers are here:
RT @AdriaanDokter: Distinguish weather for biology in radar scans using the MistNet convolutional neural network. Check out the recent pape…
Distinguish weather for biology in radar scans using the MistNet convolutional neural network. Check out the recent paper by Tsung-Yu Lin et al. https://t.co/LXE640Zs6w for details @UMassAmherst @MethodsEcolEvol https://t.co/fdN043rxYM
RT @BritishEcolSoc: You can read more about MistNet, the artificial intelligence system developed by Researchers at @ColoradoStateU, @Corne…
You can read more about MistNet, the artificial intelligence system developed by Researchers at @ColoradoStateU, @CornellBirds, @UMassAmherst in this @MethodsEcolEvol article: https://t.co/rf3uj5BH72
RT @RCO_journal: Measuring historical #bird #migration in the #US using archived weather #radar data and convolutional neural networks | @M…
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
Monitoreo de las migraciones de aves desde los 90's #BTCUNAM
Measuring historical #bird #migration in the #US using archived weather #radar data and convolutional neural networks | @MethodsEcolEvol #ornithology | https://t.co/PQ0Mv1qQyi
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
RT @KuboBook: 生態学でも道具として,Deep Learning が利用されていて鳥の渡りを解析する MistNet 解析…? 1990 年代以降の北米のレーダ観測データいもとづいて…というハナシなのかしらん? https://t.co/dil4w2pElv
RT @KuboBook: 生態学でも道具として,Deep Learning が利用されていて鳥の渡りを解析する MistNet 解析…? 1990 年代以降の北米のレーダ観測データいもとづいて…というハナシなのかしらん? https://t.co/dil4w2pElv
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
RT @KuboBook: 生態学でも道具として,Deep Learning が利用されていて鳥の渡りを解析する MistNet 解析…? 1990 年代以降の北米のレーダ観測データいもとづいて…というハナシなのかしらん? https://t.co/dil4w2pElv
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
生態学でも道具として,Deep Learning が利用されていて鳥の渡りを解析する MistNet 解析…? 1990 年代以降の北米のレーダ観測データいもとづいて…というハナシなのかしらん?
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
@chrisjchandler
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
.@UCLCBER
RT @MethodsEcolEvol: MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million…
MistNet is a deep #NeuralNetwork that can automatically extract information about #BirdMigration from over 200 million historical radar scans covering the US from the 1990s. Find out more in this Methods in #Ecology and #Evolution article: https://t.co/D6
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @IBIS_journal: MistNet: Measuring historical bird migration in the US using archived weather radar data and convolutional neural network…
RT @IBIS_journal: MistNet: Measuring historical bird migration in the US using archived weather radar data and convolutional neural network…
RT @IBIS_journal: MistNet: Measuring historical bird migration in the US using archived weather radar data and convolutional neural network…
RT @IBIS_journal: MistNet: Measuring historical bird migration in the US using archived weather radar data and convolutional neural network…
RT @IBIS_journal: MistNet: Measuring historical bird migration in the US using archived weather radar data and convolutional neural network…
RT @IBIS_journal: MistNet: Measuring historical bird migration in the US using archived weather radar data and convolutional neural network…
MistNet: Measuring historical bird migration in the US using archived weather radar data and convolutional neural networks https://t.co/ZL4cNncNnN | @MethodsEcolEvol | #ornithology https://t.co/N8qErxnUbz
RT @cnilsson709: Our new paper lead by our great collaborators at Umass describes a new method to separate rain from biology in weather rad…
RT @bvdbirds: Check out our latest research, which enables faster and more accurate use of radar data for studying bird migration 🌎 https:/…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @DrBirdCast: Separating migrating birds from precipitation in radar data can be a pain. For years, we sorted radar images by hand. This…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
Exciting!
RT @n_a_gilbert: Really impressive work (and beautiful graphics!) https://t.co/Wx62Zn1riR
RT @DrBirdCast: Separating migrating birds from precipitation in radar data can be a pain. For years, we sorted radar images by hand. This…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @DrBirdCast: Separating migrating birds from precipitation in radar data can be a pain. For years, we sorted radar images by hand. This…
RT @DrBirdCast: Separating migrating birds from precipitation in radar data can be a pain. For years, we sorted radar images by hand. This…
Separating migrating birds from precipitation in radar data can be a pain. For years, we sorted radar images by hand. This neural network does 15% better than a human without all that extra work! https://t.co/I9BeE3bvV6 https://t.co/upTPZZvInm
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @bvdbirds: Check out our latest research, which enables faster and more accurate use of radar data for studying bird migration 🌎 https:/…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @bvdbirds: Check out our latest research, which enables faster and more accurate use of radar data for studying bird migration 🌎 https:/…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @bvdbirds: Check out our latest research, which enables faster and more accurate use of radar data for studying bird migration 🌎 https:/…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @bvdbirds: Check out our latest research, which enables faster and more accurate use of radar data for studying bird migration 🌎 https:/…
RT @bvdbirds: Check out our latest research, which enables faster and more accurate use of radar data for studying bird migration 🌎 https:/…
RT @bvdbirds: Check out our latest research, which enables faster and more accurate use of radar data for studying bird migration 🌎 https:/…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @n_a_gilbert: Really impressive work (and beautiful graphics!) https://t.co/Wx62Zn1riR
RT @bvdbirds: Check out our latest research, which enables faster and more accurate use of radar data for studying bird migration 🌎 https:/…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @bvdbirds: Check out our latest research, which enables faster and more accurate use of radar data for studying bird migration 🌎 https:/…
RT @noamross: This is awesome and also a namespace clash as it's the *second* bird-related neural network published in @MethodsEcolEvol cal…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @rafnuss: MistNet: Measuring historical bird migration in the US using archived weather radar data and convolutional neural networks - L…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @n_a_gilbert: Really impressive work (and beautiful graphics!) https://t.co/Wx62Zn1riR
Brilliant science AND pun game 🔥🔥🔥
RT @bvdbirds: Check out our latest research, which enables faster and more accurate use of radar data for studying bird migration 🌎 https:/…
Check out our latest research, which enables faster and more accurate use of radar data for studying bird migration 🌎
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…
RT @noamross: This is awesome and also a namespace clash as it's the *second* bird-related neural network published in @MethodsEcolEvol cal…
RT @Kyle__Horton: For years, radar ornithology has been slowed by the inability to automatically remove precipitation. That's no more! Chec…