AbstractSuppose n competitors each compete in r races and a ranking function F assigns a score F(j) to the competitor finishing in the jth position in each race. The sum of the scores over the r races gives each competitor a final ranking with equal rankings being possible. A series representation and an asymptotic estimate are obtained for an, the number of ways of ranking n competitors in order, given that equal rankings are permissible. Also algebraic results are obtained which give criteria for the construction of a ranking function F which ranks scores in a predetermined way
This paper studies a ranking rule of the following type axiomatically: each voter places k candidate...
AbstractThe outcomes of many strategic situations such as parlor games or competitive economic scena...
As various combinatorial optimization problems can be formulated as integer linear programs, polyhed...
AbstractSuppose n competitors each compete in r races and a ranking function F assigns a score F(j) ...
AbstractSuppose that n competitors participate in r races so that each competitor obtains a result c...
AbstractSuppose that m alternatives are linearly ranked from best to worst by each of a number of ju...
The problem of ranking a set of elements, namely giving a “rank” to the elements of the set, may ari...
The aim of this paper is to introduce the concept of intersection between combinatorial optimisation...
Two decision-makers A and B observe sequentially a given permutation of n uniquely rankable options....
A set ranking method assigns to each tournament on a given set an ordering of the subsets of that se...
In this paper we analyze families of rankings by studying structural properties of graphs. Given a f...
International audienceMachine learning progress relies on algorithm benchmarks. We study the problem...
AbstractWhen each of n judges ranks a set A of m objects from best to worst, and s=(s1,…,sm) is a de...
We describe a formal correctness proof of RANKING, an online algorithm for online bipartite matching...
AbstractSuppose that I individuals are ordered on the basis of the sums of ranks assigned independen...
This paper studies a ranking rule of the following type axiomatically: each voter places k candidate...
AbstractThe outcomes of many strategic situations such as parlor games or competitive economic scena...
As various combinatorial optimization problems can be formulated as integer linear programs, polyhed...
AbstractSuppose n competitors each compete in r races and a ranking function F assigns a score F(j) ...
AbstractSuppose that n competitors participate in r races so that each competitor obtains a result c...
AbstractSuppose that m alternatives are linearly ranked from best to worst by each of a number of ju...
The problem of ranking a set of elements, namely giving a “rank” to the elements of the set, may ari...
The aim of this paper is to introduce the concept of intersection between combinatorial optimisation...
Two decision-makers A and B observe sequentially a given permutation of n uniquely rankable options....
A set ranking method assigns to each tournament on a given set an ordering of the subsets of that se...
In this paper we analyze families of rankings by studying structural properties of graphs. Given a f...
International audienceMachine learning progress relies on algorithm benchmarks. We study the problem...
AbstractWhen each of n judges ranks a set A of m objects from best to worst, and s=(s1,…,sm) is a de...
We describe a formal correctness proof of RANKING, an online algorithm for online bipartite matching...
AbstractSuppose that I individuals are ordered on the basis of the sums of ranks assigned independen...
This paper studies a ranking rule of the following type axiomatically: each voter places k candidate...
AbstractThe outcomes of many strategic situations such as parlor games or competitive economic scena...
As various combinatorial optimization problems can be formulated as integer linear programs, polyhed...