Mean-field limits beyond ordinary differential equations
L Bortolussi, N Gast - Formal Methods for the Quantitative Evaluation of …, 2016 - Springer
We study the limiting behaviour of stochastic models of populations of interacting agents, as
the number of agents goes to infinity. Classical mean-field results have established that this …
the number of agents goes to infinity. Classical mean-field results have established that this …
Mean-Field Limits Beyond Ordinary Differential Equations
L Bortolussi, N Gast - Formal Methods for the Quantitative Evaluation of … - Springer
We study the limiting behaviour of stochastic models of populations of interacting agents, as
the number of agents goes to infinity. Classical mean-field results have established that this …
the number of agents goes to infinity. Classical mean-field results have established that this …
Mean-field limits beyond ordinary differential equations
L Bortolussi, N Gast - openportal.isti.cnr.it
We study the limiting behaviour of stochastic models of populations of interacting agents, as
the number of agents goes to infinity. Classical mean-field results have established that this …
the number of agents goes to infinity. Classical mean-field results have established that this …
Mean-field limits beyond ordinary differential equations
L BORTOLUSSI, N Gast - 2016 - ricerca.unityfvg.it
We study the limiting behaviour of stochastic models of populations of interacting agents, as
the number of agents goes to infinity. Classical mean-field results have established that this …
the number of agents goes to infinity. Classical mean-field results have established that this …
Mean-Field Limits Beyond Ordinary Differential Equations
L Bortolussi, N Gast - HAL, 2016 - dml.mathdoc.fr
We study the limiting behaviour of stochastic models of populations of interacting agents, as
the number of agents goes to infinity. Classical mean-field results have established that this …
the number of agents goes to infinity. Classical mean-field results have established that this …
Mean-field limits beyond ordinary differential equations
L Bortolussi, N Gast - Formal Methods for the Quantitative Evaluation …, 2016 - arts.units.it
We study the limiting behaviour of stochastic models of populations of interacting agents, as
the number of agents goes to infinity. Classical mean-field results have established that this …
the number of agents goes to infinity. Classical mean-field results have established that this …
Mean-Field Limits Beyond Ordinary Differential Equations
L Bortolussi, N Gast - … Methods for the Quantitative Evaluation of …, 2016 - books.google.com
We study the limiting behaviour of stochastic models of populations of interacting agents, as
the number of agents goes to infinity. Classical mean-field results have established that this …
the number of agents goes to infinity. Classical mean-field results have established that this …
[PDF][PDF] Mean-Field Limits Beyond Ordinary Differential Equations
L Bortolussi, N Gast - core.ac.uk
We study the limiting behaviour of stochastic models of populations of interacting agents, as
the number of agents goes to infinity. Classical mean-field results have established that this …
the number of agents goes to infinity. Classical mean-field results have established that this …
Mean-Field Limits Beyond Ordinary Differential Equations
L Bortolussi, N Gast - … Methods for the Quantitative Evaluation of …, 2016 - inria.hal.science
We study the limiting behaviour of stochastic models of populations of interacting agents, as
the number of agents goes to infinity. Classical mean-field results have established that this …
the number of agents goes to infinity. Classical mean-field results have established that this …
Mean-Field Limits Beyond Ordinary Differential Equations
L Bortolussi, N Gast - Advanced Lectures of the 16th International …, 2016 - dl.acm.org
We study the limiting behaviour of stochastic models of populations of interacting agents, as
the number of agents goes to infinity. Classical mean-field results have established that this …
the number of agents goes to infinity. Classical mean-field results have established that this …