The Fuzzy Relational Calculus Toolbox is companion software to the book Fuzzy Relational Calculus - Theory, Applications and Software (with CD-ROM) by Ketty Peeva & Yordan Kyosev, ISBN 981-256-076-9, Advances in Fuzzy Systems Applications and Theory - Vol. 22, World Scientific Publishing Company
More information on the site:
Together with popular function for max-min, min-max, alpha, epsilon compositions of fuzzy matrices, we present original software for
inverse problem resolution for the Fuzzy Linear Systems of Equations
A ?X = B, when the composition is max-min, because lot of applications and implementations are developed for this law of composition. Algorithm (GPL) calculates maximal and all minimal solutions giving simple solution=solve_fls(A,B). Applying the dual approach and some techniques, described in the book, with this algorithm you can solve also min-max systems, fuzzy relational equations, systems of fuzzy intuitionistic equations, problems for finite fuzzy machines, and fuzzy linear programming
problem. The on-line tutorial over the toolbox could be found on the internet
Kyosev Yordan (2020). Fuzzy Relational Calculus Toolbox, Rel.1.01 (https://www.mathworks.com/matlabcentral/fileexchange/6214-fuzzy-relational-calculus-toolbox-rel-1-01), MATLAB Central File Exchange. Retrieved .
thanks.. i got more information..
a lot m files...
good toolbox, but quite dificult for understanding, if the user has no idea from fuzzy linear equations and expects fast "mouse-click" windows.
Updated Licence Information, Updated Links to the book publisher site and the site with the software Introduction, tested under R7.10
Tested under Matlab 7.10 (2010a); Updated Links to the book and the software tutorial;corrected Licence information in all files.
Some small bugs were fixed, concerning the index vector.
Inspired: A Matlab Toolbox for Bipolar Neutrosophic Matrices, A Matlab Toolbox for Interval Valued Neutrosophic Matrices , Neutrosophic logic toolbox Package_ Neutrosophic Matrices, Fuzzy Calculus Core FC2ore, toolbox for the interval valued bipolar neutrosophic matrice