From microscopic to macroscopic scale dynamics: mean field, hydrodynamic and graph limits
T Paul, E Trélat - 2024 - hal.science
Considering deterministic finite particle systems, we elaborate on various ways to pass to
the limit as the number of agents tends to infinity, either by mean field limit, deriving the …
the limit as the number of agents tends to infinity, either by mean field limit, deriving the …
From microscopic to macroscopic scale dynamics: mean field, hydrodynamic and graph limits
T Paul, E Trélat - 2024 - cnrs.hal.science
Considering deterministic finite particle systems, we elaborate on various ways to pass to
the limit as the number of agents tends to infinity, either by mean field limit, deriving the …
the limit as the number of agents tends to infinity, either by mean field limit, deriving the …
[PDF][PDF] From microscopic to macroscopic scale dynamics: mean field, hydrodynamic and graph limits
T Paul, E Trélat - ljll.fr
Considering finite systems of possibly distinguishable deterministic particles, we elaborate
on various ways to pass to the limit as the number of particles diverges. We consider either …
on various ways to pass to the limit as the number of particles diverges. We consider either …
[PDF][PDF] From microscopic to macroscopic scale dynamics: mean field, hydrodynamic and graph limits
T Paul, E Trélat - hal.science
Considering deterministic finite particle systems, we elaborate on various ways to pass to
the limit as the number of agents tends to infinity, either by mean field limit, deriving the …
the limit as the number of agents tends to infinity, either by mean field limit, deriving the …
[PDF][PDF] From microscopic to macroscopic scale dynamics: mean field, hydrodynamic and graph limits
T Paul, E Trélat - ljll.fr
Considering finite systems of possibly distinguishable deterministic particles, we elaborate
on various ways to pass to the limit as the number of particles diverges. We consider either …
on various ways to pass to the limit as the number of particles diverges. We consider either …