In a totally ordered set the notion of sorting a finite sequence is defined through a suitable permutation of the sequence’s indices. In this paper we prove a simple formula that explicitly describes how the elements of a se-quence are related to those of its sorted counterpart. As this formula relies only on the minimum and maximum functions we use it to define the no-tion of sorting for lattices. A major difference of sorting in lattices is that it does not guarantee that sequence elements are only rearranged. How-ever, we can show that other fundamental properties that are associated with sorting are preserved.
We settle a long-standing open question, namely whether it is possible to sort a sequence of n eleme...
AbstractThe theory of ordered sets lies at the confluence of several branches of mathematics includi...
In the comparison model the only operations allowed on input elements are comparisons and moves to e...
Abstract In a totally ordered set the notion of sorting a finite sequence is de-fined through the ex...
The direct application of the definition of sorting in lattices [1] is im-practical because it leads...
AbstractWhat is a sorting function—not a sorting function for a given ordering relation, but a sorti...
What is a sorting function—not a sorting function for a given ordering relation, but a sorting funct...
Abstract. Let (W,S) be an arbitrary Coxeter system. For each sequence ω = (ω1, ω2,...) ∈ S ∗ in the...
Let $(W,S)$ be an arbitrary Coxeter system. For each sequence $\omega =(\omega_1,\omega_2,\ldots) \i...
AbstractResults from the rich and well-developed theory of well-quasi-ordering have often been redis...
AbstractWe present a new sorting algorithm that adapts to existing order within an input sequence. L...
AbstractC. Greene (J. Combin. Theory Ser. A 47 (1988), 126–131) studied a family of lattices denoted...
AbstractThe permutations that can be sorted by two stacks in series are considered, subject to the c...
By assigning a distinct positive integer to each join-irreducible of a lattice, with each element of...
• We will now undertake a more formal study of algorithms for the sorting problem. • This problem is...
We settle a long-standing open question, namely whether it is possible to sort a sequence of n eleme...
AbstractThe theory of ordered sets lies at the confluence of several branches of mathematics includi...
In the comparison model the only operations allowed on input elements are comparisons and moves to e...
Abstract In a totally ordered set the notion of sorting a finite sequence is de-fined through the ex...
The direct application of the definition of sorting in lattices [1] is im-practical because it leads...
AbstractWhat is a sorting function—not a sorting function for a given ordering relation, but a sorti...
What is a sorting function—not a sorting function for a given ordering relation, but a sorting funct...
Abstract. Let (W,S) be an arbitrary Coxeter system. For each sequence ω = (ω1, ω2,...) ∈ S ∗ in the...
Let $(W,S)$ be an arbitrary Coxeter system. For each sequence $\omega =(\omega_1,\omega_2,\ldots) \i...
AbstractResults from the rich and well-developed theory of well-quasi-ordering have often been redis...
AbstractWe present a new sorting algorithm that adapts to existing order within an input sequence. L...
AbstractC. Greene (J. Combin. Theory Ser. A 47 (1988), 126–131) studied a family of lattices denoted...
AbstractThe permutations that can be sorted by two stacks in series are considered, subject to the c...
By assigning a distinct positive integer to each join-irreducible of a lattice, with each element of...
• We will now undertake a more formal study of algorithms for the sorting problem. • This problem is...
We settle a long-standing open question, namely whether it is possible to sort a sequence of n eleme...
AbstractThe theory of ordered sets lies at the confluence of several branches of mathematics includi...
In the comparison model the only operations allowed on input elements are comparisons and moves to e...