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Main Author: Averboukh, Yurii
Format: Preprint
Published: 2025
Subjects:
Online Access:https://arxiv.org/abs/2506.21373
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author Averboukh, Yurii
author_facet Averboukh, Yurii
contents This work extends weak KAM theory to the case of a nonsmooth Lagrangian satisfying a superlinear growth condition. Using the solution of a weak KAM equation that is a stationary Hamilton-Jacobi equation and the proximal aiming method, we construct a family of discontinuous feedback strategies that are nearly optimal for every time interval. This result leads to an analogue of the weak KAM theorem. Additionally, as in classical weak KAM theory, we demonstrate that the effective Hamiltonian (Mañé critical value) can be determined by solving a linear programming problem in the class of probability measures.
format Preprint
id arxiv_https___arxiv_org_abs_2506_21373
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Proximal aiming in weak KAM theory with nonsmooth Lagrangian
Averboukh, Yurii
Optimization and Control
Dynamical Systems
49J52, 49J05, 35F21, 90C05
This work extends weak KAM theory to the case of a nonsmooth Lagrangian satisfying a superlinear growth condition. Using the solution of a weak KAM equation that is a stationary Hamilton-Jacobi equation and the proximal aiming method, we construct a family of discontinuous feedback strategies that are nearly optimal for every time interval. This result leads to an analogue of the weak KAM theorem. Additionally, as in classical weak KAM theory, we demonstrate that the effective Hamiltonian (Mañé critical value) can be determined by solving a linear programming problem in the class of probability measures.
title Proximal aiming in weak KAM theory with nonsmooth Lagrangian
topic Optimization and Control
Dynamical Systems
49J52, 49J05, 35F21, 90C05
url https://arxiv.org/abs/2506.21373