A Bibliography on Temporal Databases
IEEE Data(base) Engineering BulletinPublished 1 December 1988
Robert B. Stam, Richard T. Snodgrass
Citations53
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TL;DR
This bibliography is classified according to a taxonomy of time in databases developed by Snodgrass and Ahn (Temporal Databases, IEEE Computer, 19, No. 9, September, 1986, pp. 35-42.)
Abstract
Abstract : The entries in this bibliography are classified according to a taxonomy of time in databases developed by Snodgrass and Ahn (Temporal Databases, IEEE Computer, 19, No. 9, September, 1986, pp. 35-42.) Papers that propose augmenting conventional database management systems to represent transaction time (that is, the time when information is entered into a database) are listed in Section 2. Papers that propose augmenting conventional database management systems to represent valid time (that is, the time that information models in the real world) are listed in Section 3. Finally, papers that propose augmenting conventional databases with both aspects of time are listed in Section 4.
Keywords
Computer Science
ACM Transactions on Database SystemsThe temporal query language TQuel
607 Citations1987Richard T. Snodgrass
The language informally is discussed, the semantics of the TQuel statements that differ from their Quel counterparts are provided, including the modification statements, and TQuel is compared with ten other query languages supporting time.
ACM Transactions on Database SystemsA homogeneous relational model and query languages for temporal databases
312 Citations1988Shashi K. Gadia
A model for temporal databases within the framework of the classical database theory is proposed and the classical concepts of normal forms and dependencies are easily extended to this model, allowing a suitable design for a database scheme.
Information SciencesA temporal relational model and a query language
209 Citations1989Shamkant B. Navathe, Rafi Ahmed
An extension of the relational data model for incorporating temporal semantics of the real world into a database called temporal relational model (TRM) is proposed, which has numerous applications, where data in their historical form are important.
Logical modeling of temporal data
165 Citations1987Arie Segev, Arie Shoshani
The purpose is to characterize the properties of temporal data and operators over them without being influenced by traditional models which were not specifically designed to model temporal data.
Information SystemsAdding time dimension to relational model and extending relational algebra
131 Citations1986Abdullah Uz Tansel
A methodology for adding the time dimension to the relational model is proposed and relational algebra is extended for this purpose and new algebraic operations are defined to extract information from historical relations.
ACM SIGMOD RecordA snapshot differential refresh algorithm
106 Citations1986Bruce G. Lindsay, Laura M. Haas +3 more
Information SystemsExtending relational algebra to manipulate temporal data
94 Citations1988Nikos A. Lorentzos, Roger G. Johnson
The proposed model is simple in structure, powerful and its operational capabilities are readily understandable by the user.
ACM SIGMOD RecordA generalized model for a relational temporal database
90 Citations1988Shashi K. Gadia, Chuen-Sing Yeung
Bibliography: Temporal Databases.
78 Citations1986L. Edwin McKenzie
UC BerkeleyA Version Server for Computer-Aided Design Data
76 Citations1986Randy H. Katz, M. Anwarrudin +1 more
Reference model for DBMS standardization :
75 Citations1985Thomas M. Burns, Elizabeth Fong +7 more
eScholarship (California Digital Library)Temporal Data Management
73 Citations1986Arie Shoshani, Kyoji Kawagoe
A framework for the support of temporal data is developed and the concept of a time sequence is introduced and shown to be an important fundamental concept for representing the semantics ofporal data and for efficient physical organization.
Information SystemsPartitioned storage for temporal databases
67 Citations1988Ilsoo Ahn, Richard T. Snodgrass
Various issues on the temporally partitioned store are discussed, several formats for the history store are investigated, and their performance on a set of sample queries are evaluated.
Lecture notes in computer scienceThe representation of a temporal data model in the relational environment
50 Citations2005Arie Segev, Arie Shoshani
The implications of supporting a data model and a query language for temporal data in the relational database environment are discussed, and the concept of a temporal relation needs to be introduced, and a temporal normal form is defined.
Extending the relational algebra to support transaction time
43 Citations1987Edwin McKenzie, Richard T. Snodgrass
This paper shows that these extensions to the conventional relational algebra to support transaction time are applicable to historical algebras that support valid time, yielding a temporal algebraic language.
IBM Systems JournalGeneralized audit trail requirements and concepts for data base applications
38 Citations1975Lawrence A. Bjork
This paper hypothesizes what information must be retained in the audit trail to permit recovery and audit later in time and a scheme of organizing the contents of the Audit trail so as to provide the required functions at minimum overhead.
A statistical interface for historical relational databases
37 Citations1987Abdullah Uz Tansel
The statistical interface proposed includes aggregate functions and transformations of data into tabular forms suitable for advanced statistical analysis and is capable of dealing with the subtle semantics of time and various issues associated with it.
A Simple, General Structure for Temporal Domains
34 Citations1986James Clifford, A Suresh Rao
Dynamic constraints and database evolution
27 Citations1983Victor Vianu
A simple extension of the relational model is introduced to study the effects of dynamic constraints on database evolution, and the interaction between the static and dynamic constraints is investigated.
The historical relational data model (HRDM) and algebra based on lifespans
25 Citations1987James Clifford, Albert Croker
This paper proposes the historical relational data model (HRDM) and algebra that is based upon lifespans and that views the values of all attributes as functions from time points to simple domains.
Munich Personal RePEc Archive (Ludwig Maximilian University of Munich)An algebraic language for query and update of temporal databases
24 Citations1988Leslie Edwin Mckenzie, Richard T. Snodgrass
An algebraic language for query and update of temporal databases that supports both unmaterialized and materialized views and accommodates a spectrum of view maintenance strategies, including incremental, recomputed, and immediate view materialization is defined.
Supporting Valid Time: An Historical Algebra.
22 Citations1987Edwin McKenzie, Richard T. Snodgrass
This historical algebra is consistent with the user-oriented model of historical relations as space-filling objects and satisfies all but one of the associative, commutative, and distributive tautologies involving union, difference, and cartesian product.
Information SciencesPerformance analysis of temporal queries
21 Citations1989Ilsoo Ahn, Richard T. Snodgrass
A model that takes a temporal query and a database schema as input, and outputs the estimated I/O cost for the query on that database, and can be used to analyze the performance of conventional databases.
Very Large Data BasesDealing with Temporal Schema Anomalies in History Databases
20 Citations1987N. G. Martin, Shamkant B. Navathe +1 more
This paper investigates the probleme rerulting from restructuring a hirtory database, then explorer different technique@ for maintaining multiple rchemae, and presents Schema Temporal Logic (STL) ae a meane of retrieving data from multiple hirtorically valid databaee rChemae uring temporal logic.
Very Large Data BasesUsing History Information to Process Delayed Database Updates
19 Citations1986Sunil K. Sarin, Charles W. Kaufman +1 more
An algorithm is described which processes database updates arriving out of order in a way that maintains a -consistent view of the data, in the context of a high availability replicated database architecture in which updates are totally ordered by timestamp but do not necessarily arrive at a site in timestamp order.
Lecture notes in computer scienceAn extension of the relational model to support generic intervals
18 Citations1988Nikos A. Lorentzos, Roger G. Johnson
The proposed model has a wide range of applications areas, such as engineering, CAD, cartography, version modelling, temporal databases, soil information systems, mathematics, the management of spatial data and many others.
Computers & GeosciencesThe handling of depth and time intervals in soil-information systems
18 Citations1989Nikos A. Lorentzos, V. J. Kollias
This paper considers a relational SIS and shows how an extended relational algebra can handle soil data related to arbitrary depths, in a simple way.
Information SystemsTemporal semantics and natural language processing in a decision support system
17 Citations1987Suranjan De, Shuhshen James Pan +1 more
This paper is an attempt to address in an integrated fashion three issues of interest in the decision support system (DSS) context, using the language of equational logic as a deduction oriented language for problem solving as well as describing environmental knowledge.
Very Large Data BasesTemporal Relationships in Databases
17 Citations1988Surajit Chaudhuri
An interesting computational model for the temporal domain is presented that trades completeness of the deduction for computational efficiency and provides a framework to estimate the cost of query evaluation and to identify domain characteristics for query optimization.
Computers in Biology and MedicineDisplaying clinical data from a time-oriented database
15 Citations1981Robert L. Blum
The principles and implementation of a time-oriented clinical database and a program for displaying data on individual patients as graphs, line drawings of episodes and scatter diagrams are detailed.
Physical design of temporal databases
13 Citations1988Himawan Gunadhi, A. Segev
The major parameters that impact the physical design and distinguish temporal databases from conventional ones are discussed and a proposal of structures to support the efficient processing common single-relation temporal queries is proposed.
Very Large Data BasesBehaviour Management in Database Applications
11 Citations1987Jean-Yves Lingat, P Nobecourt +1 more
RUBIS is an extended Relational DBtlS which supports an extended relational schema (including event and operation concepts) and automatic control ot the dynamic aspects of Applications, i.e event recognition, operation triggering and tire handling.
Lecture notes in computer scienceHandling time in query languages
7 Citations2005M.A. Bassiouni, Mark Llewellyn
AIS Electronic Library (AISeL) (Association for Information Systems)DESIGN OF AN INFORMATION SYSTEM USING A HISTORICAL DATABASE MANAGEMENT SYSTEM
7 Citations1987Nandlal L. Sarda
The salient features of the approach include schema design with only "current state" perspective, same schema for accessing current and history data, efficient storage structures for history data, and simple extensions to the popular query language SQL.
Health Informatics JournalDynamic Database Snapshots, Albums and Movies.
4 Citations1987Michel Adiba, N. Bui Quang
The number of rules to create the algorithms and the criteria used were adequate and sufficient to obtain the pre-diagnosis of each disease; in addition, the languages used to design and create the web application were stable.
中国科学A辑(英文版)ON TEMPORAL ASPECT OF DATABASE SPECIFICATIONS
1 Citations1987Zhenhe Gong
This paper addresses the importance of verifying a database specification from the viewpoint of software engineering by describing a temporal language for database specification and a formal method for verifying database specifications.