consumption and high solidity of cell memory. B+ can regulate the trafficking of data to memory efficiently. Moreover, with advanced strategies on frequencies of some highly used leaf or reference point, the B+ tree shows significant results in increasing the endurance of database systems. See also Binary search tree B-tree Divide-and-conquer algorithm References External links B+ tree in Python, used to implement a list Dr. Monge's B+ Tree index notes Evaluating the performance of CSB+-trees on Mutithreaded Architectures Effect of node size on the performance of cache conscious B+-trees Fractal Prefetching B+-trees Towards pB+-trees in the field: implementations Choices and performance Cache-Conscious Index Structures for Main-Memory Databases Cache Oblivious B(+)-trees The Power of B-Trees: CouchDB B+ Tree Implementation B+ Tree Visualization B +-trees by Kerttu Pollari-Malmi Data Structures B-Trees and B+ Trees Implementations Interactive B+ Tree Implementation in C Interactive B+ Tree Implementation in C++ Memory based B+ tree implementation as C++ template library 2019 improvement of previous Stream based B+ tree implementation as C++ template library Open Source JavaScript B+ Tree Implementation Perl implementation of B+ trees Java/C#/Python implementations of B+ trees C# B+ tree and related "A-List" data structures File based B+Tree in C# with threading and MVCC support Fast semi-persistent in-memory B+ Tree in TypeScript/JavaScript, MIT License JavaScript B+ Tree, MIT License JavaScript B+ Tree, Interactive and Open Source B-tree 1972 in computing Computer-related introductions in 1972