Michel DE LARA (CERMICS-ENPC)
Presentation. The sustainable managements of energies, of biodiversity, of exhaustible resources, etc. share common features. They are optimization problems for systems which display nonlinear complex dynamics, multiple objectives and actors, and radical sources of uncertainty. In this course, we present a framework - concepts, models, mathematical and numerical methods - allowing to formalize and to tackle such issues. First, compact models are presented, together with practical computer works. Then, guidelines to attack complex large-size problems are detailed.
Key Words. optimality, constraints, uncertainty, sustainability.
Mathematical Modelling, Sustainability and Management of Natural Resources [course]
Sequential Decision Models [course]
Equilibrium and Stability [course]
[computer session] Equilibria and Stability in the Management of a Renewable Resource
Viable Sequential Decisions [course]
[computer session] Viable Harvesting of a Renewable Resource
Optimal Sequential Decisions [course]
[computer session] Management of a Renewable Resource. Deterministic and Robust Cases
[computer session] Dam Optimal and Viable Deterministic Management
Sequential Decision Models under Uncertainty [course]
Robust and Stochastic Viable Control [course]
[computer session] Dam Viable Management under Uncertainty
Robust and Stochastic Optimal Control [course]
[computer session] Dam Optimal Management under Uncertainty