ESAIM Control Optimisation and Calculus of Variations · 2010 · 12 citations · 5 references
Life SciencesBiologyDynamical SystemsPopulation BiologyPopulation EcologyControl TheoryNonlinear ControlNonlinear DynamicsPopulation DynamicsPopulation Dynamics ModelingBirth Control EffectsControllabilityControllability AnalysisHeat EquationNonlinear Birth-death ProcessesNonlinear ControllabilityNonlinear Dynamics AnalysisUnique Continuation
In this paper we analyse an approximate controllability result for a nonlinear population dynamics model. In this model the birth term is nonlocal and describes the recruitment process in newborn individuals population, and the control acts on a small open set of the domain and corresponds to an elimination or a supply of newborn individuals. In our proof we use a unique continuation property for the solution of the heat equation and the Kakutani-Fan-Glicksberg fixed point theorem.
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