Advanced Database Indexing / Edition 1

by Yannis Manolopoulos, Yannis Theodoridis, Vassilis Tsotras

Overview

Advanced Database Indexing begins by introducing basic material on storage media, including magnetic disks, RAID systems and tertiary storage such as optical disk and tapes. Typical access methods (e.g. B⁺ trees, dynamic hash files and secondary key retrieval) are also introduced. The remainder of the book discusses recent advances in indexing and access methods for particular database applications. More specifically, issues such as external sorting, file structures for intervals, temporal access methods, spatial and spatio-temporal indexing, image and multimedia indexing, perfect external hashing methods, parallel access methods, concurrency issues in indexing and parallel external sorting are presented for the first time in a single book.
Advanced Database Indexing is an excellent reference for database professionals and may be used as a text for advanced courses on the topic.

Product Details

ISBN-13:	9780792377160
Publisher:	Springer US
Publication date:	11/30/1999
Series:	Advances in Database Systems , #17
Edition description:	2000
Pages:	286
Product dimensions:	6.10(w) x 9.25(h) x 0.36(d)

Table of Contents

1: STORAGE SYSTEMS.- 1. Introduction.- 2. Primary Storage Devices.- 3. Secondary Storage Devices.- 4. Tertiary Storage Devices.- 5. Connecting Storage Together.- 6. Important Issues of Storage Systems.- 7. Alternative Storage Systems.- 8. Future.- 9. Further Reading.- References.- 2: EXTERNAL SORTING.- 1. Introduction.- 2. Run Formation Algorithms.- 3. Merging Algorithms.- 4. Memory Adaptive External Sorting.- 5. Further Reading.- References.- 3: FUNDAMENTAL ACCESS METHODS.- 1. Introduction.- 2. Basic Indices.- 3. External Dynamic Hashing.- 4. Multiattribute Access Methods.- 5. Document Searching.- 6. Further Reading.- References.- 4: ACCESS METHODS FOR INTERVALS.- 1. Introduction.- 2. External Memory Structures for Intervals.- 3. Further Reading.- References.- 5: TEMPORAL ACCESS METHODS.- 1. Introduction.- 2. Transaction-time Indexing.- 3. Bitemporal Indexing.- 4. Further Reading.- References.- 6: SPATIAL ACCESS METHODS.- 1. Introduction.- 2. Spatial Indexing Methods.- 3. Extensions.- 4. Further Reading.- References.- 7: SPATIOTEMPORAL ACCESS METHODS.- 1. Introduction.- 2. The Discrete Spatiotemporal Environment.- 3. The Continuous Spatiotemporal Environment.- 4. Further Reading.- References.- 8: IMAGE AND MULTIMEDIA INDEXING.- 1. Introduction.- 2. Spatial Similarity Retrieval.- 3. Visual Similarity Retrieval.- 4. Extensions.- 5. Further Reading.- References.- 9: EXTERNAL PERFECT HASHING.- 1. Introduction.- 2. Framework and Definitions.- 3. Perfect Hashing and Performance Characteristics.- 4. Dynamic External Perfect Hashing.- 5. Static External Perfect Hashing.- 6. Performance Comparison.- 7. Further Reading.- References.- 10: PARALLEL EXTERNAL SORTING.- 1. Introduction.- 2. Merge-based Parallel Sorting.- 3. Partition-based Parallel Sorting.- 4. Further Reading.- References.- 11: PARALLEL INDEX STRUCTURES.- 1. Introduction.- 2. Declustering Techniques.- 3. Multi-Disk B-trees.- 4. Parallel Linear Quadtrees.- 5. Parallel R-trees.- 6. Parallel S-trees.- 7. Further Reading.- References.- 12: CONCURRENCY ISSUES IN ACCESS METHODS.- 1. Introduction.- 2. Concurrency Control for B+-trees.- 3. Concurrency Control for R-trees.- 4. Concurrency Control for Hash Files.- 5. Further Reading.- References.- 13: LATEST DEVELOPMENTS.- 1. Data Warehouses.- 2. Semistructured Data over the Web.- 3. Main-memory Databases.- 4. Further Reading.- References.- Author Index.- Term Index.- List of Abbreviations.

Editorial Reviews

Three Greek electrical and computer engineers summarize recent developments in indexing and accessing methods for computer databases, which among other things, have shown the apparent consensus on design of physical structure seems to have been premature and unstable. At a level comprehensible to graduate students and professionals in the field, they begin by introducing basic material on storage media, including magnetic disks, RAID systems, and tertiary storage such as optical disks and tapes; and typical access methods such as B+ trees, dynamic hash files, and secondary key retrieval. Then they survey indexing and accessing methods for a number of particular data applications, dealing with such issues as external sorting, file structures for intervals, temporal access methods, spatial and spatio- temporal indexing, image and multimedia indexing, perfect external hashing methods, and concurrency. Annotation c. Book News, Inc., Portland, OR (booknews.com)

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