AbstractA generalization of the concept of dimension of a poset, the stable dimension, is introduced, and it is shown that there is a simple procedure for determining its value. No such procedure is known for the dimension itself. The main theorem shows that the stable dimension is equal to the maximum number of elements in a pair of antichains of the set, one lying above the other. The stable dimension can be used to find bounds for the dimension, including one which is an improvement on a bound given by W. T. Trotter, Jr., [Irreducible posets with large height exist
AbstractWe consider the poset of all posets on n elements where the partial order is that of inclusi...
AbstractThe structure of semiorders and interval orders is investigated and various characterization...
AbstractDushnik and Miller defined the dimensions of a partially ordered set X,denoted dim X, as the...
AbstractA generalization of the concept of dimension of a poset, the stable dimension, is introduced...
AbstractWe study the topic of the title in some detail. The main results are summarized in the first...
AbstractWe use a variety of combinatorial techniques to prove several theorems concerning fractional...
AbstractIn this paper, we show that if a partially ordered set has 2n elements and has dimension n, ...
AbstractWe use a variety of combinatorial techniques to prove several theorems concerning fractional...
AbstractThe dimension of a partially ordered set (X, P) is the smallest positive integer t for which...
AbstractA construction I(S) is defined which corresponds to the intuitive notion of the set of place...
The Dushnik--Miller dimension of a poset $P$ is the least $d$ for which $P$ can be embedded into a p...
Abstract. We use a variety of combinatorial techniques to prove several theorems concerning fraction...
AbstractA poset P=(X,≼) is m-partite if X has a partition X=X1∪⋯∪Xm such that (1) each Xi forms an a...
AbstractIn this journal, Leclerc proved that the dimension of the partially ordered set consisting o...
AbstractThe dimension of a partially ordered set (X, P) is the smallest positive integer t for which...
AbstractWe consider the poset of all posets on n elements where the partial order is that of inclusi...
AbstractThe structure of semiorders and interval orders is investigated and various characterization...
AbstractDushnik and Miller defined the dimensions of a partially ordered set X,denoted dim X, as the...
AbstractA generalization of the concept of dimension of a poset, the stable dimension, is introduced...
AbstractWe study the topic of the title in some detail. The main results are summarized in the first...
AbstractWe use a variety of combinatorial techniques to prove several theorems concerning fractional...
AbstractIn this paper, we show that if a partially ordered set has 2n elements and has dimension n, ...
AbstractWe use a variety of combinatorial techniques to prove several theorems concerning fractional...
AbstractThe dimension of a partially ordered set (X, P) is the smallest positive integer t for which...
AbstractA construction I(S) is defined which corresponds to the intuitive notion of the set of place...
The Dushnik--Miller dimension of a poset $P$ is the least $d$ for which $P$ can be embedded into a p...
Abstract. We use a variety of combinatorial techniques to prove several theorems concerning fraction...
AbstractA poset P=(X,≼) is m-partite if X has a partition X=X1∪⋯∪Xm such that (1) each Xi forms an a...
AbstractIn this journal, Leclerc proved that the dimension of the partially ordered set consisting o...
AbstractThe dimension of a partially ordered set (X, P) is the smallest positive integer t for which...
AbstractWe consider the poset of all posets on n elements where the partial order is that of inclusi...
AbstractThe structure of semiorders and interval orders is investigated and various characterization...
AbstractDushnik and Miller defined the dimensions of a partially ordered set X,denoted dim X, as the...