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Temporal databases (1986)

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by Richard Thomas Snodgrass
Venue:IEEE Computer
Citations:266 - 40 self
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BibTeX

@ARTICLE{Snodgrass86temporaldatabases,
    author = {Richard Thomas Snodgrass},
    title = {Temporal databases},
    journal = {IEEE Computer},
    year = {1986},
    volume = {19},
    pages = {35--42}
}

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Abstract

A temporal database (see Temporal Database) contains time-varying data. Time is an important aspect of all real-world phenomena. Events occur at specific points in time; objects and the relationships among objects exist over time. The ability to model this temporal dimension of the real world is essential to many computer applications, such as accounting, banking, econometrics, geographical information systems, inventory control, law, medical records, multi-media, process control, reservation systems, and scientific data analysis. Conventional databases represent the state of an enterprise at a single moment of time. Although the contents of the database continue to change as new information is added, these changes are viewed as modifications to the state, with the old, out-of-date data being deleted from the database. The current contents of the database may be viewed as a snapshot of the enterprise. When a conventional database is used, the attributes involving time are manipulated solely by the application programs, with little help

Citations

1988 Maintaining knowledge about temporal intervals - Allen - 1983
592 Query evaluation techniques for large databases - Graefe - 1993
291 Aggregates in the temporal query language tquel - Snodgrass, Gomez, et al. - 1993
193 Understanding the New SQL: A Complete Guide - Melton, Simon - 1993
189 The TSQL2 Temporal Query Language - Snodgrass - 1995
135 Predicate migration: optimizing queries with expensive predicates - Hellerstein, Stonebraker - 1993
113 A homogeneous relational model and query language for temporal databases - Gadia - 1998
72 An evaluation of non-equijoin algorithms - DeWitt, Naughton, et al. - 1991
66 A Temporally Oriented Data Model - Ariav - 1986
55 Performing group-by before join - Yan, Larson - 1994
45 An evaluation of relational algebras incorporating the time dimension in databases - MCKENZIE, SNODGRASS - 1991
40 Practical predicate placement - Hellerstein - 1994
40 Adding Time Dimension to Relational Model and Extending Relational Algebra - Tansel - 1986
34 Efficient evaluation of the valid-time natural join - Soo, Snodgrass, et al. - 1994
29 Extending relational algebra to manipulate temporal data - LORENTZOS, G - 1988
28 Query processing for temporal databases - Leung, Muntz - 1989
20 Querying TSQL2 Databases with Temporal Logic - Bohlen, Chomicki, et al.
20 SQL for Smarties: Advanced SQL Programming - Celko - 1995
20 Temporal query processing and optimization in multiprocessor database machines - LEUNG, MUNTZ - 1992
19 An Algebraic Language for Query and Update of Temporal Databases - McKenzie - 1988
14 Database: principles, programming, and performance - O’Neil, O’Neil - 2000
13 Exploiting Uniqueness in Query Optimization - Paulley, Larson - 1994
12 Temporal Reasoning in Deductive Databases - Sripada - 1991
9 An Algebra for TSQL2 - Soo, Jensen, et al. - 1995
8 HQL --- A Historical Query Language - Sadeghi, Samson, et al. - 1987
7 Sort vs. hash revisited - Graefe, Linville, et al. - 1994
6 Evaluating and Enhancing the Completeness of TSQL2 - Bohlen, Jensen, et al. - 1995
6 The temporal deductive database system chronolog - BOHLEN - 1994
4 Time-IT: The Time Integrated Testbed. Pre-beta version 0.1 available via anonymous ftp from ftp.cs.arizona.edu - Kline, Soo - 1995
2 Duplicate Record Removal in Large Data Files - Bitton, DeWitt - 1983
2 Aggregates - Kline, Snodgrass, et al. - 1995
2 Specification of Valid Time SQL - Lorentzos - 1993
2 Querying Historical Data in IBM DB2 C/S DBMS Using Recursive SQL - Leung, Pirahesh - 1995
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