Chaos Theory as a Multipurpose Approach to Challenge Forecasting of Semi-Arid and Intertropical Dynamical Systems
/ algorithmics / applied chaos / arid or semi-arid zone / cereal crop / classification - typology / Climatology (hydro) / complex system / data analysis / data poor context / deterministic approach / differential equation / dynamical system / global modelling (mathematics) / inter-tropical (region) / landcover / mathematics (applied) / model (mathematical) / model (numerical) / model (operational) / MODELLING / modelling (chaos) / modelling (complex system) / modelling (epidemics) / modelling (mathematical) / modelling (predictive) / MULTIDISCIPLINARY / non linear dynamics / open source / operational research / R programming / remote sensing / retromodelling / SDG 03 (Sust. Devel. Goal - Health and well-being) / SDG 04 (Sust. Devel. Goal - Education) / SDG 15 (Sust. Devel. Goal - Terrestrial ecosystems) / time series / topology (mathematics) / training (fr: formation) / UMR CESBIO (Center for the Study of the Biosphere from Space) / variable coupling detection /Competencies in black are unique of S. Mangiarotti's profile in the current state of the database
The current research is entitled "Extension of the field of chaos theory application to a broader range of situations in the South" - ATOMOSYD: research group on Topological Analysis and Modeling of Dynamic Systems - GPoM: R Platform dedicated to the Global Modelling technique. Its aim is to obtain ordinary differential equations of polynomial form directly from time series.
Last update : 2022-06-27