Nonlinear bifurcation insights into measles control using fuzzy logic and dual-dose vaccination

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Key Points

The aim is to explore how nonlinear bifurcation theory can enhance measles control strategies through dual-dose vaccinations.
Utilized fuzzy logic models to simulate vaccination outcomes.
Applied nonlinear bifurcation analysis to assess the effects of dual-dose vaccination on measles transmission.
Tested various parameters in vaccination strategies to optimize public health interventions.
Demonstrated a significant reduction in measles transmission rates with dual-dose vaccination (p<0.05).
Fuzzy logic models predicted improved outcomes in vaccination coverage and disease control effectiveness.
Bifurcation analysis identified critical thresholds for vaccination rates necessary to achieve herd immunity.

Shows improved measles control through fuzzy logic and dual-dose vaccination, suggesting effective public health strategies.

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Bhavithra et al. (2026) studied this question.

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