Random Forest (RF) is a widely recognized algorithm adopted in various fields due to its flexibility in modelling the response-predictors relationship, even in the presence of strong non-linearities. However, in environmental applications, the phenomenon of interest may exhibit spatial and/or temporal dependence that cannot be explicitly considered in the standard RF. In this regard, we propose a taxonomy to categorize strategies proposed in the scientific literature that attempt to incorporate spatial information into regression RF. These strategies are classified as Pre-, In-, and/or Post-processing, depending on the stage of analysis at which the spatial information is included. This work falls inside the Agriculture Impact On Italian Air (AgrImOnIA) project.

(2023). A taxonomy for Random Forest in the spatial regression framework . Retrieved from https://hdl.handle.net/10446/296827

A taxonomy for Random Forest in the spatial regression framework

Patelli, Luca;Cameletti, Michela;
2023-01-01

Abstract

Random Forest (RF) is a widely recognized algorithm adopted in various fields due to its flexibility in modelling the response-predictors relationship, even in the presence of strong non-linearities. However, in environmental applications, the phenomenon of interest may exhibit spatial and/or temporal dependence that cannot be explicitly considered in the standard RF. In this regard, we propose a taxonomy to categorize strategies proposed in the scientific literature that attempt to incorporate spatial information into regression RF. These strategies are classified as Pre-, In-, and/or Post-processing, depending on the stage of analysis at which the spatial information is included. This work falls inside the Agriculture Impact On Italian Air (AgrImOnIA) project.
2023
Patelli, Luca; Cameletti, Michela; Golini, Natalia; Ignaccolo, Rosaria
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10446/296827
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