We firstly present a generalized concept of higher-order differentiability for fuzzy functions. Then we interpret Nth-order fuzzy differential equations using this concept. We introduce new definitions of solution to fuzzy differential equations. Some examples are provided for which both the new solutions and the former ones to the fuzzy initial value problems are presented and compared. We present an example of a linear second-order fuzzy differential equation with initial conditions having four different solutions
In this paper, an extended fourth-order Runge–Kutta method is studied to approximate the solutions o...
The approximate solution of nth-order fuzzy linear differential equations in which coefficient funct...
In this note we show that the example presented in a recent paper by Ghazanfari et al. is incorrect....
We firstly present a generalized concept of higher-order differentiability for fuzzy functions. The...
AbstractIn this paper, we study the global existence of solutions for second-order fuzzy differentia...
The first-order fuzzy differential equation has two possible solutions depending on the definition o...
Recently, Zhang et. al [15] proposed two interesting results which assure the global existence of so...
AbstractIn this paper, we study the global existence of solutions for second-order fuzzy differentia...
In this paper, we study the numerical method for solving second-order fuzzy differential equations u...
This paper rst presents a new solution to the fuzzy rst-order initial value problem. Elementary prop...
Existence and uniqueness theorems are proved for Cauchy problems of second-order fuzzy differential ...
Existence and uniqueness theorems are proved for Cauchy problems of second-order fuzzy differential ...
AbstractWe present a representation of fuzzy numbers and its application to the numerical solution o...
In this paper, the fully implicit 2-point block backward differentiation formula and diagonally impl...
In this paper, we state a fuzzy initial value problem of the second order fuzzy differential equatio...
In this paper, an extended fourth-order Runge–Kutta method is studied to approximate the solutions o...
The approximate solution of nth-order fuzzy linear differential equations in which coefficient funct...
In this note we show that the example presented in a recent paper by Ghazanfari et al. is incorrect....
We firstly present a generalized concept of higher-order differentiability for fuzzy functions. The...
AbstractIn this paper, we study the global existence of solutions for second-order fuzzy differentia...
The first-order fuzzy differential equation has two possible solutions depending on the definition o...
Recently, Zhang et. al [15] proposed two interesting results which assure the global existence of so...
AbstractIn this paper, we study the global existence of solutions for second-order fuzzy differentia...
In this paper, we study the numerical method for solving second-order fuzzy differential equations u...
This paper rst presents a new solution to the fuzzy rst-order initial value problem. Elementary prop...
Existence and uniqueness theorems are proved for Cauchy problems of second-order fuzzy differential ...
Existence and uniqueness theorems are proved for Cauchy problems of second-order fuzzy differential ...
AbstractWe present a representation of fuzzy numbers and its application to the numerical solution o...
In this paper, the fully implicit 2-point block backward differentiation formula and diagonally impl...
In this paper, we state a fuzzy initial value problem of the second order fuzzy differential equatio...
In this paper, an extended fourth-order Runge–Kutta method is studied to approximate the solutions o...
The approximate solution of nth-order fuzzy linear differential equations in which coefficient funct...
In this note we show that the example presented in a recent paper by Ghazanfari et al. is incorrect....