Theoretical analysis reveals generic codimension-zero and codimension-one symmetric singularities in piecewise smooth vector fields, suggesting a framework for classifying switching systems.
Inspired by Thom–Smale’s program on the qualitative classification of dynamical systems, we develop a structural framework for the local analysis of symmetric two-zone piecewise smooth vector fields on R³ R 3 . The framework is based on a natural correspondence with vector fields on manifolds with boundary, allowing local qualitative properties to be transferred to the symmetric piecewise setting. As applications, we derive complete classifications of generic codimension-zero and codimension-one R -reversible and R -equivariant symmetric singularities.
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Castro et al. (2026) studied this question.
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