MEASURE-VALUED DEATH STATE AND LOCAL SENSITIVITY ANALYSIS FOR WINFREE MODELS WITH UNCERTAIN HIGH-ORDER COUPLINGS

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초록

We study the measure-valued death state and local sensitivity analysis of the Winfree model with uncertain high-order couplings and its mean-field counterpart. The Winfree model is the first mathematical model for synchronization, and it can be cast as the effective approximation of the pulse-coupled model for synchronization, and it exhibits diverse asymptotic patterns depending on system parameters and initial data. For the proposed models, we present several frameworks leading to oscillator death in terms of system parameters and initial data, and the propagation of regularity in random space. We also present several numerical tests and compare them with analytical results.

키워드

Local sensitivity analysisoscillator deathphase-coupled oscillatorssynchronizationuncertainty quantificationWinfree modelFOKKER-PLANCK EQUATIONSSTRUCTURE PRESERVING SCHEMESSTOCHASTIC GALERKIN METHODSDYNAMICS
제목
MEASURE-VALUED DEATH STATE AND LOCAL SENSITIVITY ANALYSIS FOR WINFREE MODELS WITH UNCERTAIN HIGH-ORDER COUPLINGS
저자
Kang, MyeongjuHa, Seung-YealYoon, JaeyoungZanella, Mattia
DOI
10.4310/CMS.250607104645
발행일
2025-06
유형
Article
저널명
Communications in Mathematical Sciences
23
6
페이지
1583 ~ 1629