In this paper we introduce a class of generalized sorting (ordering) problems called “classifications.” To each “classification,” we associate two quantities: informational entropy (average information quantity) and operational entropy (measure of computational complexity, that is, number of comparisons necessary to “classify” a given sequence of items). The relationship between these quantities is discussed. For a certain classification involving n items, its operational entropy is shown to be approximately n·log2n although its informational entropy is constantly equal to 1, independent of the number of items n
AbstractIn a previous paper a theory of program size formally identical to information theory was de...
In this study, we develop an interactive approach for sorting alternatives. We assume that the prefe...
AbstractWe study the amount of information obtained by a set of relative pairwise comparisons. From ...
In this paper we introduce a class of generalized sorting (ordering) problems called “classification...
AbstractWe reconsider the old problem of sorting under partial information, and give polynomial time...
We revisit the well-known problem of sorting under partial information: sort a finite set given the ...
AbstractWe define a sorting problem on an n element set S to be a family 〈A1,…,Ar〉 of disjoint subse...
International audienceWe describe a general framework for realistic analysis of sorting and searchin...
We revisit the well-known problem of sorting under partial information: sort a finite set given the ...
This paper analyses the best methods of sorting on a digital computer. Two main types, “sorting by m...
International audienceWe describe a general framework for realistic analysis of sorting algorithms, ...
We study the generalized sorting problem where we are given a set of n elements to be sorted but onl...
We study the generalized sorting problem where we are given a set of n elements to be sorted but onl...
AbstractAlthough many authors have considered how many ternary comparisons it takes to sort a multis...
In the past decade, it has been shown through both theoretical and practical studies of permutation ...
AbstractIn a previous paper a theory of program size formally identical to information theory was de...
In this study, we develop an interactive approach for sorting alternatives. We assume that the prefe...
AbstractWe study the amount of information obtained by a set of relative pairwise comparisons. From ...
In this paper we introduce a class of generalized sorting (ordering) problems called “classification...
AbstractWe reconsider the old problem of sorting under partial information, and give polynomial time...
We revisit the well-known problem of sorting under partial information: sort a finite set given the ...
AbstractWe define a sorting problem on an n element set S to be a family 〈A1,…,Ar〉 of disjoint subse...
International audienceWe describe a general framework for realistic analysis of sorting and searchin...
We revisit the well-known problem of sorting under partial information: sort a finite set given the ...
This paper analyses the best methods of sorting on a digital computer. Two main types, “sorting by m...
International audienceWe describe a general framework for realistic analysis of sorting algorithms, ...
We study the generalized sorting problem where we are given a set of n elements to be sorted but onl...
We study the generalized sorting problem where we are given a set of n elements to be sorted but onl...
AbstractAlthough many authors have considered how many ternary comparisons it takes to sort a multis...
In the past decade, it has been shown through both theoretical and practical studies of permutation ...
AbstractIn a previous paper a theory of program size formally identical to information theory was de...
In this study, we develop an interactive approach for sorting alternatives. We assume that the prefe...
AbstractWe study the amount of information obtained by a set of relative pairwise comparisons. From ...