Randomized approach extends averaging principle for fractional scenarios with memory, indicating new analytical tools.
This paper aims to extend the averaging principle for first order fuzzy stochastic differential equations to Riemann–Liouville fuzzy fractional stochastic differential equations, addressing the research gap in this field. This extension enables the averaging principle for fuzzy stochastic systems to cover fractional scenarios with memory, providing a simplified analytical tool for practical systems involving both “randomness” and “fuzziness” uncertainties.
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Luo et al. (2026) studied this question.
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