We offer Red Black Tree concurrent algorithms that logical ordering information is clearly maintained in the data structure, allowing clear separation from its physical tree architecture. With the property that an item only belongs to the tree if and only if it is an endpoint of an interval, we represent logical ordering using intervals. Thus, we are able to design lookup operations that are quick, simple, and devoid of synchronization. In this paper we implemented our Red Black Tree using Logical Ordering and evaluated the running time for insertion, Deletion and Contains Operations
[[abstract]]Appropriate concurrent operations can improve R-tree efficiency. Supporting concurrency ...
We present a highly concurrent priority queue algorithm based on the B-link tree, which is a B + -...
AbstractAlgorithms for concurrent operations (i.e., searches, insertions, and deletions) on B∗-trees...
We offer Red Black Tree concurrent algorithms that logical ordering information is clearly maintaine...
We present practical, concurrent binary search tree (BST) al-gorithms that explicitly maintain logic...
This paper addresses the problem of storing an ordered list using a red-black tree, where node keys ...
Relaxed balancing has become a commonly used concept in the design of concurrent search tree algorit...
We introduce a relaxed version of RedBlack trees. As concurrent algorithms on balanced search trees ...
Red-black trees are the binary search trees that guarantee logarithmic complexity also in the worst ...
The HyperRed-Black trees are a relaxed version of RedBlack trees accepting high degree of concurrenc...
We present an approach for designing synchronized parallel algorithms to update RedBlack trees. The ...
The HyperRed-Black trees are a relaxed version of Red-Black trees accepting high degree of concurre...
A red-black tree is a type of self-balancing binary search tree. Some wait-free algorithms have been...
This paper explores the structure of red-black trees by solving an apparently simple problem: given ...
This paper presents algorithms for concurrently reading and modifying a red-black tree (RBTree). The...
[[abstract]]Appropriate concurrent operations can improve R-tree efficiency. Supporting concurrency ...
We present a highly concurrent priority queue algorithm based on the B-link tree, which is a B + -...
AbstractAlgorithms for concurrent operations (i.e., searches, insertions, and deletions) on B∗-trees...
We offer Red Black Tree concurrent algorithms that logical ordering information is clearly maintaine...
We present practical, concurrent binary search tree (BST) al-gorithms that explicitly maintain logic...
This paper addresses the problem of storing an ordered list using a red-black tree, where node keys ...
Relaxed balancing has become a commonly used concept in the design of concurrent search tree algorit...
We introduce a relaxed version of RedBlack trees. As concurrent algorithms on balanced search trees ...
Red-black trees are the binary search trees that guarantee logarithmic complexity also in the worst ...
The HyperRed-Black trees are a relaxed version of RedBlack trees accepting high degree of concurrenc...
We present an approach for designing synchronized parallel algorithms to update RedBlack trees. The ...
The HyperRed-Black trees are a relaxed version of Red-Black trees accepting high degree of concurre...
A red-black tree is a type of self-balancing binary search tree. Some wait-free algorithms have been...
This paper explores the structure of red-black trees by solving an apparently simple problem: given ...
This paper presents algorithms for concurrently reading and modifying a red-black tree (RBTree). The...
[[abstract]]Appropriate concurrent operations can improve R-tree efficiency. Supporting concurrency ...
We present a highly concurrent priority queue algorithm based on the B-link tree, which is a B + -...
AbstractAlgorithms for concurrent operations (i.e., searches, insertions, and deletions) on B∗-trees...