Enter the computing arboretum and you will find a variety of well-studied trees: AVL trees, symmetric binary B-trees, Hopcroft's 2-3 trees, the bushy finger trees, and the colourful red-black trees. In this pearl, we look at a more exotic species of balanced search trees, 1-2 brother trees, which deserves to be better known. Brother trees lend themselves well to a functional implementation with deletion as straightforward as insertion, both running in logarithmic time. Furthermore, brother trees can be constructed from ordered lists in linear time. With some simple optimisations in place, this implementation of search trees is one of the fastest around. So, fasten your seat belts
We show how to support the finger search operation on degree-balanced search trees in a space-effici...
Abstract: We introduce the first binary search tree algorithm designed for speculative executions. P...
Abstract. A variant of Turing machines is introduced where the tape is replaced by a single tree whi...
Enter the computing arboretum and you will find a variety of well-studied trees: AVL trees, symmetri...
The fully-functional succinct tree representation of Navarro and Sadakane (2014) [10] supports a lar...
Summary We discuss two simple strategies for constructing binary search trees: Place the most frequ...
Okasaki introduced the canonical formulation of functional red-black trees when he gave a concise, e...
Binary search trees used as a data structure for rapid access to stored data. Arrays, vectors and li...
This article describes the application of functional programming techniques to a problem previously ...
We formally derive a functional module for binary search trees comprising search, insert, delete, mi...
Braun trees are functional data structures for implementing extensible arrays and priority queues (a...
We present practical, concurrent binary search tree (BST) al-gorithms that explicitly maintain logic...
We suggest a new non-recursive algorithm for constructing a binary search tree given an array of num...
This paper explores the structure of red-black trees by solving an apparently simple problem: given ...
We show how to support he finger search operation on degree-balanced search trees in a space-efficie...
We show how to support the finger search operation on degree-balanced search trees in a space-effici...
Abstract: We introduce the first binary search tree algorithm designed for speculative executions. P...
Abstract. A variant of Turing machines is introduced where the tape is replaced by a single tree whi...
Enter the computing arboretum and you will find a variety of well-studied trees: AVL trees, symmetri...
The fully-functional succinct tree representation of Navarro and Sadakane (2014) [10] supports a lar...
Summary We discuss two simple strategies for constructing binary search trees: Place the most frequ...
Okasaki introduced the canonical formulation of functional red-black trees when he gave a concise, e...
Binary search trees used as a data structure for rapid access to stored data. Arrays, vectors and li...
This article describes the application of functional programming techniques to a problem previously ...
We formally derive a functional module for binary search trees comprising search, insert, delete, mi...
Braun trees are functional data structures for implementing extensible arrays and priority queues (a...
We present practical, concurrent binary search tree (BST) al-gorithms that explicitly maintain logic...
We suggest a new non-recursive algorithm for constructing a binary search tree given an array of num...
This paper explores the structure of red-black trees by solving an apparently simple problem: given ...
We show how to support he finger search operation on degree-balanced search trees in a space-efficie...
We show how to support the finger search operation on degree-balanced search trees in a space-effici...
Abstract: We introduce the first binary search tree algorithm designed for speculative executions. P...
Abstract. A variant of Turing machines is introduced where the tape is replaced by a single tree whi...