The fuzzy transform setting (F-transform), as a tool for general continuous approximation of functions, is proposed to approximate the solution of ordinary, interval or fuzzy (levelwise) differential equations; in particular, one of the basic properties of inverse F-transform allows a good approximation of the solution x(t), starting with the uniform approximation of the derivative x’(t) via F-transform. First, the ordinary initial value problem is considered and a global second order approximation is obtained. Then, the interval and fuzzy cases are considered, in the setting of generalized differentiability, and an efficient numerical procedure is proposed.17-19 August 201
In this research, three approximation methods are used in the new generalized uniform fuzzy partitio...
In this paper, new approximation methods for solving systems of ordinary differential equations (SOD...
The paper is devoted to a fuzzy approach to numerical solutions of partial differential equations. T...
The fuzzy transform setting (F-transform), as a tool for general continuous approximation of functio...
The fuzzy transform setting (F-transform), as a tool for general continuous approximation of functio...
An interesting property of the inverse F-transform fˆ of a continuous function f on a given interval...
An interesting property of the inverse F-transform fˆ of a continuous function f on a given interval...
An interesting property of the inverse F-transform fˆ of a continuous function f on a given interval...
An interesting property of the inverse F-transform fˆ of a continuous function f on a given interval...
An interesting property of the inverse F-transform f of a continuous function f on a given interval ...
An interesting property of the inverse F-transform f of a continuous function f on a given interval ...
An interesting property of the inverse F-transform f of a continuous function f on a given interval ...
An interesting property of the inverse F-transform f of a continuous function f on a given interval ...
In this paper, we study the classical Sumudu transform in fuzzy environment, referred to as the fuzz...
In this paper, we study the classical Sumudu transform in fuzzy environment, referred to as the fuzz...
In this research, three approximation methods are used in the new generalized uniform fuzzy partitio...
In this paper, new approximation methods for solving systems of ordinary differential equations (SOD...
The paper is devoted to a fuzzy approach to numerical solutions of partial differential equations. T...
The fuzzy transform setting (F-transform), as a tool for general continuous approximation of functio...
The fuzzy transform setting (F-transform), as a tool for general continuous approximation of functio...
An interesting property of the inverse F-transform fˆ of a continuous function f on a given interval...
An interesting property of the inverse F-transform fˆ of a continuous function f on a given interval...
An interesting property of the inverse F-transform fˆ of a continuous function f on a given interval...
An interesting property of the inverse F-transform fˆ of a continuous function f on a given interval...
An interesting property of the inverse F-transform f of a continuous function f on a given interval ...
An interesting property of the inverse F-transform f of a continuous function f on a given interval ...
An interesting property of the inverse F-transform f of a continuous function f on a given interval ...
An interesting property of the inverse F-transform f of a continuous function f on a given interval ...
In this paper, we study the classical Sumudu transform in fuzzy environment, referred to as the fuzz...
In this paper, we study the classical Sumudu transform in fuzzy environment, referred to as the fuzz...
In this research, three approximation methods are used in the new generalized uniform fuzzy partitio...
In this paper, new approximation methods for solving systems of ordinary differential equations (SOD...
The paper is devoted to a fuzzy approach to numerical solutions of partial differential equations. T...