AbstractWe present a new sorting algorithm that adapts to existing order within an input sequence. Let k be the smallest integer such that a sequence X of length n can be reduced to the empty sequence by the removal of k monotone, increasing or decreasing subsequences. The algorithm, Slabsort, sorts X in O(n log k) time, without knowing k beforehand, which is optimal in a comparison-based model
AbstractA sorting algorithm is adaptive if it sorts sequences that are close to sorted faster than r...
We settle a long-standing open question, namely whether it is possible to sort a sequence of n eleme...
Sorting with stacks is a collection of problems that deal with sorting a sequence of numbers by push...
Sorting algorithms based on successive merging of ordered subsequences are widely used, due to their...
Sorting algorithms based on successive merging of ordered subsequences are widely used, due to their...
Sorting algorithms based on successive merging of ordered subsequences are widely used, due to their...
Sorting algorithms based on successive merging of ordered subsequences are widely used, due to their...
Sorting algorithms based on successive merging of ordered subsequences are widely used, due to their...
Sorting algorithms based on successive merging of ordered subsequences are widely used, due to their...
In the comparison model the only operations allowed on input elements are comparisons and moves to e...
In-place sorting algorithms play an important role in many fields such as very large database system...
In-place sorting algorithms play an important role in many fields such as very large database system...
Sorting permutations by operations such as reversals and block-moves has received much interest beca...
We present the first in-place algorithm for sorting an array of size n that performs, in the worst c...
Sorting with stacks is a collection of problems that deal with sorting a sequence of numbers by push...
AbstractA sorting algorithm is adaptive if it sorts sequences that are close to sorted faster than r...
We settle a long-standing open question, namely whether it is possible to sort a sequence of n eleme...
Sorting with stacks is a collection of problems that deal with sorting a sequence of numbers by push...
Sorting algorithms based on successive merging of ordered subsequences are widely used, due to their...
Sorting algorithms based on successive merging of ordered subsequences are widely used, due to their...
Sorting algorithms based on successive merging of ordered subsequences are widely used, due to their...
Sorting algorithms based on successive merging of ordered subsequences are widely used, due to their...
Sorting algorithms based on successive merging of ordered subsequences are widely used, due to their...
Sorting algorithms based on successive merging of ordered subsequences are widely used, due to their...
In the comparison model the only operations allowed on input elements are comparisons and moves to e...
In-place sorting algorithms play an important role in many fields such as very large database system...
In-place sorting algorithms play an important role in many fields such as very large database system...
Sorting permutations by operations such as reversals and block-moves has received much interest beca...
We present the first in-place algorithm for sorting an array of size n that performs, in the worst c...
Sorting with stacks is a collection of problems that deal with sorting a sequence of numbers by push...
AbstractA sorting algorithm is adaptive if it sorts sequences that are close to sorted faster than r...
We settle a long-standing open question, namely whether it is possible to sort a sequence of n eleme...
Sorting with stacks is a collection of problems that deal with sorting a sequence of numbers by push...