Publications

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Extreme Gradient Boosting
K. Lowell and Calder, B. R., Applying Machine Learning to LIDAR Pulse Return Meta-Data to Improve Bathymetric Mapping in Shallow Water, Computers and Geosciences. Taylor and Francis, London, UK, Submitted.
Florida Keys
K. Lowell and Calder, B. R., Applying Machine Learning to LIDAR Pulse Return Meta-Data to Improve Bathymetric Mapping in Shallow Water, Computers and Geosciences. Taylor and Francis, London, UK, Submitted.
Lidar Data Processing
K. Lowell and Calder, B. R., Improving Extraction of Bathymetry from Lidar Using Machine Learning, 20th Annual Coastal Mapping & Charting Workshop of the Joint Airborne Lidar Bathymetry Technical Center of Expertise (JALBTCX). p. Notre Dame, IN, 2019.
Machine Learning
K. Lowell and Calder, B. R., Improving Extraction of Bathymetry from Lidar Using Machine Learning, 20th Annual Coastal Mapping & Charting Workshop of the Joint Airborne Lidar Bathymetry Technical Center of Expertise (JALBTCX). p. Notre Dame, IN, 2019.
Neural Networks
K. Lowell and Calder, B. R., Applying Machine Learning to LIDAR Pulse Return Meta-Data to Improve Bathymetric Mapping in Shallow Water, Computers and Geosciences. Taylor and Francis, London, UK, Submitted.
Regularized Logistic Regression
K. Lowell and Calder, B. R., Applying Machine Learning to LIDAR Pulse Return Meta-Data to Improve Bathymetric Mapping in Shallow Water, Computers and Geosciences. Taylor and Francis, London, UK, Submitted.
True Positive/Negative Rate
K. Lowell and Calder, B. R., Applying Machine Learning to LIDAR Pulse Return Meta-Data to Improve Bathymetric Mapping in Shallow Water, Computers and Geosciences. Taylor and Francis, London, UK, Submitted.