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 language) / 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