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Fixed Points and Solvability of Systems of Fuzzy Relation Equations

机译:模糊关系方程组的不动点和可解性

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摘要

The problem of solvability of a system of fuzzy relation equations with sup — *-composition is considered in a finite semilinear space over a residuated lattice. In this setting the problem of solvability given above is similar to the problem of solvability of a system of linear equations in the form Ax = b. We put emphasis on a right-hand side vector b and consider the problem of solvability as a problem of characterization of all vectors b for which the original system of (fuzzy relation) equations is solvable. We prove that a system of equations with sup —*-composition is solvable if and only if b is a fixed point of the shrivel operator (introduced in this paper). Moreover, a set of all fixed points is a semi-linear subspace of an original space. Some other results are presented as well.
机译:在剩余格上的有限半线性空间中考虑具有sup-*组成的模糊关系方程组的可解性问题。在这种情况下,上面给出的可解性问题类似于形式为Ax = b的线性方程组的可解性问题。我们将重点放在右侧向量b上,并将可解性问题视为所有向量b的特征化问题,对于这些向量,(模糊关系)方程的原始系统是可解的。我们证明,当且仅当b是shrivel算子的不动点时(本文介绍),具有sup-*组成的方程组是可解的。而且,所有不动点的集合是原始空间的半线性子空间。还介绍了其他一些结果。

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