Admissible State Recovery in Nonlinear Dynamical Systems Under Discontinuous Perturbations

This record provides supporting empirical results and configuration data associated with the study of admissible state recovery in nonlinear dynamical systems subject to discontinuous perturbations. The uploaded files include summary results, pass/fail metrics, and execution configuration artifacts generated during controlled numerical experiments. The purpose of this release is to enable verification, citation, and contextual understanding of reported outcomeswithout disclosing proprietary implementation details. The materials are intended for scholarly reference and reproducibility assessment only. The underlying methods, system architecture, and enforcement mechanisms for admissible state recovery are described at a conceptual level in the associated manuscript and are the subject of a pending U.S. provisional patent application. Source code, executable pipelines, and implementation level logic are intentionally excluded from this record. This dataset should be cited when referencing empirical results related to admissible state recovery, identity persistence, or robustness under discontinuous perturbations in nonlinear dynamical systems.