Fuzzy system of linear equations.
Fuzzy Finite Element based Solution of Uncertain Static Problems of Structural Mechanics
... of linear systems of ...algebraic linear equations. Accordingly FFEM converts the problem to a Fuzzy System of Linear Equations (FSLE) [28, 29] or Fully Fuzzy ...
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Fuzzy Finite Element Method Applied to Euler-Bernoulli Beam Problem
... of linear equations are important for studying and solving of real world applications in many branches of engineering and ...n fuzzy system of linear equations have been studied ...
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Algebraic Modification of Trapezoidal Fuzzy Numbers to Complete Fully Fuzzy Linear Equations System Using Gauss-Jacobi Method
... fully fuzzy linear equation system = convergent if and only if the Gauss-Jacobi method is converging to solve a linear equation system = ...a linear equation system = has ...
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Cholesky Decomposition Method for Solving Fully Fuzzy Linear System of Equations with Trapezoidal Fuzzy Number
... Definition 2.1. The characteristic function of a crisp set A of X assigns a value either 0 or 1 to each member in X. This function can be generalized to a function such that the value assigned to the element of the ...
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Solving Fuzzy Linear Programming Problem With Fuzzy Relational Equation Constraint
... A linear programming problem with minimum linear objective function subject to a system of fuzzy relation equations using max-min product is ...
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Least Squares Solutions of Inconsistent Fuzzy Linear Matrix Equations
... a fuzzy system equation AXB = C is consistent system, then the fuzzy least squares solutions for this equation are fuzzy vector solu- ...a fuzzy vector ...of fuzzy ...
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Defuzzification method for solving fuzzy linear systems
... to fuzzy data since the concept of fuzzy number and arithmetic operations with these numbers was introduced and investigated rst by ...Whereas system of simultaneous linear equations ...
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Takagi-Sugeno Fuzzy Control for Nonlinear Systems
... on fuzzy logic ...modelling. Fuzzy logic, introduced by Zadeh, has been successfully applied to many engineering fields, especially in the area of control ...on fuzzy logic, fuzzy controllers ...
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Solving some System of Linear Fuzzy Fractional Differential Equations by Adomian Decomposition Method
... solving fuzzy fractional differential equations using Adomian decomposition method (ADM) where the fractional derivative is assumed in terms Riemann-Livoullie ...with fuzzy valued initial condition ...
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Variational iterative method: an appropriate numerical scheme for solving system of linear Volterra fuzzy integro differential equations
... Recently, many computer programs and techniques have been highly developed for these types of problems, but their scientific discipline basis is for a great deal insufficiently ap- preciated, and the proposed technique is ...
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Solving fully fuzzy linear programming
... of fuzzy number arithmetic is treating fuzzy linear programming problems and fuzzy linear systems [5, 6], several problems in various areas such as economics, en- gineering and physics ...
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STUDY OF PROBLEMS WITH FUZZY CONSTRAINTS WITH LINEAR AND NON LINEAR EQUATIONS IN REAL WORLD
... establishes a partial ordering relation on X and ( X, ≤) becomes a lattice. Basically, equations in (3.2) establish a system of latticized polynomial equations. Since the solution set X (A ,b ) of a ...
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Fourier Motzkin Elimination Algorithm of Hexagonal Fuzzy Number for Solving Fuzzy Linear Programming Problem
... hexagonal fuzzy number solving a Fuzzy LPP using Fourier Motzkin elimination ...the fuzzy linear programming problem into fuzzy linear system of ...converted fuzzy ...
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An Approach for Solving Fuzzy Fredholm Integro-Difference Equations with Mixed Argument
... The fuzzy integral equation method is used for solving many problems in mathemati- cal physics and ...to fuzzy integro-difference equations. Taylor approach to solve linear differential, ...
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Fuzzy Sumudu Transform for Solving System of Linear Fuzzy Differential Equations with Fuzzy Constant Coefficients
... Scientists had continue utilizing FDEs to construct a more complex model which consists of several FDEs. The stepping stone for this effort is the development of system of linear first order fuzzy ...
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On numerical solutions of fuzzy differential equations
... for fuzzy IVPs with respect to (1)- differentiability via ...the fuzzy case the Homotopy method is based on continuos mappings ( ) → ( ; ) and ( ) → ( ; ...
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A Study of Bacterial Foraging Optimization Algorithm and its Applications to Solve Simultaneous Equations
... The BFOA is a non-gradient, bio-inspired self-organizing natural and newly developed efficient optimization technique. In this technique the foraging, evolutionary reproduction and natural birth-death based elimination ...
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A fuzzy linear fractional programming problem with fuzzy homogeneous constraints in trapezoidal fuzzy numbers
... transforms the given problem in to another FLFPP with fewer fuzzy constraints. A relationship between these two problems, which ensure that the solution of the original problem can be recovered from the solution ...
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Existence and Uniqueness of a Fuzzy Solution for Some Fuzzy Neutral Partial Differential Equation with Nonlocal Condition
... differential equations has many applications, for the reader, we refer to ...Differential equations with nonlocal conditions have been studied extensively in the ...differential equations with ...
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New Results on Multiple Solutions for th-Order Fuzzy Differential Equations under Generalized Differentiability
... the fuzzy derivative was first introduced by Chang and Zadeh 14; it was followed up by Dubois and Prade 15 who used the extension principle in their ...of fuzzy differential equation in a metric space ...for ...
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