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A Rigorous Proof of Fundamental Theorem of Uncertain Calculus
12
Citations
7
References
2021
Year
Sample PathsEngineeringUncertainty QuantificationStochastic ProcessesStochastic SystemUncertainty PrincipleStochastic Dynamical SystemUncertainty FormalismStochastic AnalysisProbability TheoryUncertain CalculusUncertain ReasoningGeneral Liu ProcessApproximation TheoryStochastic Differential EquationRigorous Proof
This paper revises the definition of the general Liu process via requiring its drift and diffusion to be sample-continuous. Then it is verified that almost all sample paths of the general Liu process are locally Lipschitz continuous. At last, a rigorous proof of fundamental theorem of uncertain calculus is given.
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