We prove hydrodynamic limits for facilitated exclusion processes with closed boundaries in symmetric, asymmetric and weakly asymmetric regimes via a coupling to simple exclusion processes.
Weak reservoirs are superexponentially irrelevant for misanthrope processes
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abstract
We provide a short proof for the exponential equivalence between misanthrope processes in contact with weak reservoirs and those with impermeable boundaries. As a consequence, we can derive both the hydrodynamic limit and the large deviations of the totally asymmetric simple exclusion process (TASEP) in contact with weak reservoirs. This extends a recent result which proved the hydrodynamic behaviour of a vanishing viscocity approximation of the TASEP in contact with weak reservoirs. Further applications to a class of asymmetric exclusion processes with long jumps are discussed.
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Coupling hydrodynamics of several Facilitated Exclusion Processes with closed boundaries
We prove hydrodynamic limits for facilitated exclusion processes with closed boundaries in symmetric, asymmetric and weakly asymmetric regimes via a coupling to simple exclusion processes.