AbstractWe show a one-one correspondence between all the regular binary trees with n internal nodes and certain integer sequences, an algorithm for generating these trees lexicographically, and the ranking function and the corresponding unranking procedure. We then extend the generating algorithm to k-ary trees, and analyze the amount of work done per tree. Relations to existing algorithms are discussed
AbstractThis paper presents a simple algorithm to generate all ordered trees with exactly n vertices...
Gupta, Lee and Wong described algorithms for generating 2-3 trees and B-trees with a given number of...
AbstractMaking a bijection between semilabelled trees and some partitions, we build up a powerful th...
This paper presents three simple and efficient algorithms for generating, ranking and unranking t-ar...
In this paper, we present a new generation algorithm with corresponding ranking and unranking algori...
AbstractA new algorithm for generating all ordered trees on n nodes, is developed. It is a nonrecurs...
AbstractWe characterize trees whose lexicographic ordering produces an order isomorphic copy of some...
AbstractFor any given k, the sequence of k-ary Catalan numbers, Ct,k=1kt+1(ktt), enumerates a number...
AbstractA new algorithm for generating all ordered trees on n nodes, is developed. It is a nonrecurs...
In this paper, we present two new ranking and unranking algorithms for k-ary trees represented by x-...
AbstractIn this paper, we study the permutation representation of k-ary trees. First, we extend the ...
A t-ary tree is a rooted tree such that every internal node has exactly t disjoint subtrees. Recentl...
AbstractWe characterize trees whose lexicographic ordering produces an order isomorphic copy of some...
AbstractAn efficient algorithm is developed to generate all partitions of a set of elements into sub...
An efficient recursive algorithm has been developed to generate binary trees in B-order from 0-1 seq...
AbstractThis paper presents a simple algorithm to generate all ordered trees with exactly n vertices...
Gupta, Lee and Wong described algorithms for generating 2-3 trees and B-trees with a given number of...
AbstractMaking a bijection between semilabelled trees and some partitions, we build up a powerful th...
This paper presents three simple and efficient algorithms for generating, ranking and unranking t-ar...
In this paper, we present a new generation algorithm with corresponding ranking and unranking algori...
AbstractA new algorithm for generating all ordered trees on n nodes, is developed. It is a nonrecurs...
AbstractWe characterize trees whose lexicographic ordering produces an order isomorphic copy of some...
AbstractFor any given k, the sequence of k-ary Catalan numbers, Ct,k=1kt+1(ktt), enumerates a number...
AbstractA new algorithm for generating all ordered trees on n nodes, is developed. It is a nonrecurs...
In this paper, we present two new ranking and unranking algorithms for k-ary trees represented by x-...
AbstractIn this paper, we study the permutation representation of k-ary trees. First, we extend the ...
A t-ary tree is a rooted tree such that every internal node has exactly t disjoint subtrees. Recentl...
AbstractWe characterize trees whose lexicographic ordering produces an order isomorphic copy of some...
AbstractAn efficient algorithm is developed to generate all partitions of a set of elements into sub...
An efficient recursive algorithm has been developed to generate binary trees in B-order from 0-1 seq...
AbstractThis paper presents a simple algorithm to generate all ordered trees with exactly n vertices...
Gupta, Lee and Wong described algorithms for generating 2-3 trees and B-trees with a given number of...
AbstractMaking a bijection between semilabelled trees and some partitions, we build up a powerful th...