Understanding B-trees: Storage Optimization and Efficient Traversal
This article offers a comprehensive examination of B-trees, a special type of self-balancing tree data structure commonly used in computer science. The article covers several aspects of B
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About Understanding B-trees: Storage Optimization and Efficient Traversal
PowerPoint presentation about 'Understanding B-trees: Storage Optimization and Efficient Traversal'. This presentation describes the topic on This article offers a comprehensive examination of B-trees, a special type of self-balancing tree data structure commonly used in computer science. The article covers several aspects of B. The key topics included in this slideshow are . Download this presentation absolutely free.
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Slide1B+-Trees1 B+-Trees
Slide2B+-Trees2 Motivation for B+ Trees • Reduce the storage of internal nodes to reduce disk access • Link the leaves to make traversing the tree faster • ***Reward***: What is the advantage of B-Tree compared with B+tree?
Slide3B+-Trees3 Inserting into B+ tree Insert 9
Slide4B+-Trees4
Slide5B+-Trees5 Inserting into B+ tree Insert 3
Slide6B+-Trees6
Slide7B+-Trees7 Deleting from B+ tree Delete 8, assuming that right sibling is checked for redistribution
Slide8B+-Trees8
Slide9B+-Trees9 Deleting from B+ tree Insert 8, assuming that left sibling is checked for redistribution
Slide10B+-Trees10
Slide11B+-Trees11 10-5 Insert 46, then delete 52
Slide12B+-Trees12
Slide13B+-Trees13 10-6 Delete 91
Slide14B+-Trees14
Slide15B+-Trees15 ***Reward*** 10-8 successively deleting the data entries with keys 32, 39, 41, 45, and 73
Slide16B+-Trees16
