Contains modified Copernicus Sentinel data 2021 to 2023.
Earth and climate
Global Kelp Forest Monitoring
Adaptive selection from a pool of kelp detectors, tile by tile, on the British Columbia coast.
Ideas, into the world.
Our mission is to advance the science of learning systems and put the results to work for people and the planet.
Kelp forest footage courtesy of NOAA Channel Islands National Marine Sanctuary. Contains modified Copernicus Sentinel data 2021 to 2023. Landsat imagery courtesy of the U.S. Geological Survey.
Contains modified Copernicus Sentinel data 2021 to 2023.
Project
Choosing the right kelp detector for each stretch of coast
Animation of the July 2021 report's estimates.
Project
Greenhouse gas accounting for Nigeria's waste sector
2024 · Journal article
Predicting high blood pressure using machine learning models in low- and middle-income countries
Animation of John 11:17 in Ejagham.
Project
Native speakers are judging Ejagham translations
Featured project · Earth and climate
Global Kelp Forest Monitoring
A single global detector is not optimal everywhere, so the method learns which detector to trust for each satellite tile of coastline, with the British Columbia coast as the case study.
Sentinel-2 true-colour time-lapse of the coast of Nootka Island, British Columbia, eight dates from 2021 to 2023, with kelp beds as dark patches near the shore. Contains modified Copernicus Sentinel data 2021 to 2023. Free and open under the Copernicus data licence. Source (opens in a new tab)
Publications
2024
Predicting high blood pressure using machine learning models in low- and middle-income countries
Bisong, E., Jibril, N., Premnath, P., Buligwa, E., Oboh, G., Chukwuma, A. · BMC Medical Informatics and Decision Making
Read the paper: Predicting high blood pressure using machine learning models in low- and middle-income countries (opens in a new tab)2021
On utilizing the transitivity pursuit-enhanced object partitioning to optimize self-organizing lists-on-lists
Bisong, O. E., Oommen, B. J. · Evolving Systems
Read the paper: On utilizing the transitivity pursuit-enhanced object partitioning to optimize self-organizing lists-on-lists (opens in a new tab)2021
On utilizing an enhanced object partitioning scheme to optimize self-organizing lists-on-lists
Bisong, O. E., Oommen, B. J. · Evolving Systems
Read the paper: On utilizing an enhanced object partitioning scheme to optimize self-organizing lists-on-lists (opens in a new tab)
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