comparisons with random errors, in binary and multivalent forms. These estimators require weaker assumptions than those used in …: equivalence, tolerance and preference within a finite set, on the basis of multiple, independent (in a stochastic way) pairwise …

comparisons with random errors, in binary and multivalent forms. These estimators require weaker assumptions than those used in …: equivalence, tolerance and preference within a finite set, on the basis of multiple, independent (in a stochastic way) pairwise …

comparisons with random errors, in binary and multivalent forms. These estimators require weaker assumptions than those used in …: equivalence, tolerance and preference within a finite set, on the basis of multiple, independent (in a stochastic way) pairwise …

comparisons with random errors, in binary and multivalent forms. These estimators require weaker assumptions than those used in …: equivalence, tolerance and preference within a finite set, on the basis of multiple, independent (in a stochastic way) pairwise …