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A New Approach To Satellite-Derived Bathymetry - An Exercise In Seabed 2030 Coastal Surveys
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https://doi.org/10.3390/rs14184484 <-- shared paper
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#GIS #spatial #mapping #satellitederivedbathymetry #SDB #nauticalcharting #machinelearning #IHOstandards #GEBCO #Seabed2030 #radiativetransferequation #RTE #remotesensing #satellite #model #modeling #hydrography #hydrospatial #marine #charts #navigation #nautical #gischat #bathymetry #topobathy #automation #ESA
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https://doi.org/10.3390/rs14184484 <-- shared paper
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#GIS #spatial #mapping #satellitederivedbathymetry #SDB #nauticalcharting #machinelearning #IHOstandards #GEBCO #Seabed2030 #radiativetransferequation #RTE #remotesensing #satellite #model #modeling #hydrography #hydrospatial #marine #charts #navigation #nautical #gischat #bathymetry #topobathy #automation #ESA
A New Approach to Satellite-Derived Bathymetry: An Exercise in Seabed 2030 Coastal Surveys
ARGANS has years of experience in analysing the factors limiting light transmission in coastal environments around the world.MDPI
Hello Mastodon friends! #Introduction time…
I study neural networks supporting flexible #Navigation at HHMI’s Janelia Research Campus. Using tractable systems, both biological (flies) and artificial (RNNs), I try to link the structure of neural circuits to their underlying function. In grad school, I studied hippocampal ripples at Caltech, and I love searching for shared operating principles across systems/species.
Here are two of my favorite fly neuron types. Aren’t they beautiful? 🙂
I study neural networks supporting flexible #Navigation at HHMI’s Janelia Research Campus. Using tractable systems, both biological (flies) and artificial (RNNs), I try to link the structure of neural circuits to their underlying function. In grad school, I studied hippocampal ripples at Caltech, and I love searching for shared operating principles across systems/species.
Here are two of my favorite fly neuron types. Aren’t they beautiful? 🙂