In this article completions of special probabilistic semiuniform convergence spaces are considered. It turns out that every probabilitic Cauchy space under a given t-norm T (triangular norm) has a completion which, in the special case of probabilistic Cauchy spaces with reference to T = min, coincides with the Kent-Richardson completion for probabilistic Cauchy spaces. Moreover, a completion of probabilistic uniform limit spaces T = min is given which in case of constant probabilistic uniform limit spaces coincides with the Wyler completion. Mathematics Subject Classification (2000): 54A20, 54E15, 54D35 Quaestiones Mathematicae 25 (2002), 125-14
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We prove that every probabilistic normed space, either according to the original definition given by...
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A probabilistic convergence structure assigns a probability that a given filter converges to a given...
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In this paper, we study the concepts of lacunary statisti-cal convergent and lacunary statistical Ca...
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The concept of paranorm given by A. Wilansky in(Wilansky, 1964)suggests to us the construction of a ...