Temporal Databases: Research and PracticeSpringer Science & Business Media, 1998 M05 13 - 428 pages This book grew out of a Dagstuhl seminar organized by the volume editors in June 1997. After the seminar, submissions for this book were solicited both from and beyond the group of participants. A peer review process followed, from which only original papers of the highest quality on the state of the art in the field were accepted for presentation in the book. The volume is divided into parts on temporal database infrastructure, temporal query languages, and advanced applications. A comprehensive bibliography, glossaries for both temporal database and time granularity concepts, and summaries of current work are also provided. The book is the ultimate reference for anyone actively involved in temporal database research and design or who is interested in their applications. |
Contents
An ObjectOriented Framework for Temporal Data Models | 1 |
An Architecture for Supporting Interoperability among Temporal Databases | 36 |
Extended Update Functionality in Temporal Databases | 56 |
On Transaction Management in Temporal Databases | 96 |
Implementation Options for TimeSeries Data | 115 |
Expressive Power of Temporal Relational Query Languages and Temporal Completeness | 129 |
Transitioning Temporal Support in TSQL2 to SQL3 | 150 |
Valid Time and Transaction Time Proposals Language Design Aspects | 195 |
An Architecture and Construction of a Business Event Manager | 257 |
Discovering Unexpected Patterns in Temporal Data Using Temporal Logic | 281 |
Querying the Uncertain Position of Moving Objects | 310 |
338 | |
The Consensus Glossary of Temporal Database Concepts February 1998 Version | 367 |
A Glossary of Time Granularity Concepts | 406 |
Summaries of Current Work | 414 |
PointBased Temporal Extensions of SQL and Their Efficient Implementation | 211 |
A Case Study | 238 |
Other editions - View all
Temporal Databases: Research and Practice Opher Etzion,Sushil Jajodia,Suryanarayana Sripada No preview available - 2014 |
Common terms and phrases
algorithm applications bitemporal calendar chronon column Computer Science concept constraints Data Engineering data type Database Systems DBMS defined definition denote Discussion of Naming domain dynamic attributes employee ename evaluation event manager event queue example expression function Gadia granularity granules Gregorian calendar implementation instant integrity interesting patterns International Conference interval Jajodia modification multilevel security nonsequenced object-oriented parametric model poral Previously Used Names Proc properties proposed query language real-time database relational algebra relational database relational model represented result retrieval salary schema Section SELECT semantics sequence serializability SIGMOD snapshot Snodgrass specific SQL/Temporal SQL/TP SQL3 state-elements syntax table with valid-time temporal atoms temporal data models temporal databases temporal element temporal logic temporal models temporal operators temporal primitives temporal query languages temporal relational temporal support temporal type temporal upward compatibility timestamp transaction-time TSQL2 tuple update valid valid-time support variable