Global stability of almost periodic solutions of monotone sweeping\n processes and their response to non-monotone perturbations
Mikhail Kamenskiĭ, Oleg Makarenkov, Niwanthi, Lakmi, Paul Raynaud de Fitte
Abstract
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Mikhail Kamenskiĭ, Oleg Makarenkov, Niwanthi, Lakmi, Paul Raynaud de Fitte
Abstract
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We develop a theory which allows making qualitative conclusions about the\ndynamics of both monotone and non-monotone Moreau sweeping processes.\nSpecifically, we first prove that any sweeping processes with almost periodic\nmonotone right-hand-sides admits a globally exponentially stable almost\nperiodic solution. And then we describe the extent to which such a globally\nstable solution persists under non-monotone perturbations.\n
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We develop a theory which allows making qualitative conclusions about the\ndynamics of both monotone and non-monotone Moreau sweeping processes.\nSpecifically, we first prove that any sweeping processes with almost periodic\nmonotone right-hand-sides admits a globally exponentially stable almost\nperiodic solution. And then we describe the extent to which such a globally\nstable solution persists under non-monotone perturbations.\n
Key concepts: Monotone polygon, Mathematics, Strongly monotone, Stability (learning theory), Dynamics (music), Pure mathematics, Applied mathematics, Mathematical analysis