C.-T. Liu, S.-K. Chang, and P. Chrysanthis. Database schema evolution using EVER diagrams. In Proc. ACM Workshop Advanced Visual Interfaces (AVI'94), June 1994. Home/Search Document Details and Download
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A Vision for Management of Complex Models - Bernstein, Halevy, Pottinger (2000) (20 citations) (Correct)
.... that can be leveraged to understand the variations that need to be covered by a generic solution, or even to understand if a generic solution is possible [Mye86, SZ90, WSC 97, ZWS95] Modeling change in models: One of most longstanding topics of DB research is data translation [BKKK87, LCC94, SHT 77] Recent techniques, such as those of [CJR98, MZ98] are excellent test cases for a generic model management system. Schema integration: There are many approaches to schema integration which are candidate algorithms for Match [BCV99, JMN 99, MHH00, MWK00, PSU98, MMP95, DDL00] ....
Chien-Tsai Liu, Shi-Kuo Chang, and Panos K. Chrysanthis. Database schema evolution using EVER diagrams. In Proceedings of the Workshop on Advanced Visual Interfaces, pages 123--132, New York, New York, USA, 1994.
Evolution of Dimension Data in Temporal Data Warehouses - Eder, Koncilia (Correct)
.... SV 4 . Additionally, functions for non contiguous structure versions can be de ned or derived to optimize performance. 7 Related Work In contrast to temporal databases, which have been well studied, e.g. 3, 7, 8] few approaches are known in literature for temporal data warehouses, e.g. [4, 13 15]. The same applies for schema evolution of databases, e.g. 13, 5] vs. schema evolution of data warehouses, e.g. 2] 4] present which extensions are necessary in order to extend a data warehouse to cover temporal aspects, in particular they keep track of the history of hierarchical ....
....be de ned or derived to optimize performance. 7 Related Work In contrast to temporal databases, which have been well studied, e.g. 3, 7, 8] few approaches are known in literature for temporal data warehouses, e.g. 4, 13 15] The same applies for schema evolution of databases, e.g. [13, 5] vs. schema evolution of data warehouses, e.g. 2] 4] present which extensions are necessary in order to extend a data warehouse to cover temporal aspects, in particular they keep track of the history of hierarchical assignements. In contrast to this approach we deal also with modi cations ....
C. Liu, S. Chang, and P. Chrysanthis. Database Schema Evolution using EVER Diagrams. In Proceedings of the Workshop on Advanced Visual Interfaces, pages 123-132, 1994.
A Vision for Management of Complex Models - Bernstein, Levy, Pottinger (2000) (20 citations) (Correct)
.... that can be leveraged to understand the variations that need to be covered by a generic solution, or even to understand if a generic solution is possible [Mye86, SZ90, WSC 97, ZWS95] 14 Modeling change in models: One of most longstanding topics of DB research is data translation [BKKK87, LCC94, SHT 77] Recent techniques, such as those of [CJR98, MZ98] are excellent test cases for a generic model management system. Schema integration: There are many approaches to schema integration which are candidate algorithms for Match [BCV99, JMN 99, MHH00, MWK00, PSU98, MMP95, DDL00] ....
Chien-Tsai Liu, Shi-Kuo Chang, and Panos K. Chrysanthis. Database schema evolution using EVER diagrams. In Proceedings of the Workshop on Advanced Visual Interfaces, pages 123--132, New York, New York, USA, 1994.
Database Schema Evolution through the Specification and.. - Liu, Chrysanthis, Chang (1994) (3 citations) Self-citation (Liu Chang Chrysanthis) (Correct)
....and represented using a solid rectangle (G 1 ) and edge (G 3 ) respectively. The derivation of the new schema from the old one can be depicted by using a directed parallel line (G 9 ) which goes from V 0 2 to V 3 . More examples of the use of EVER diagrams to capture schema changes are shown in [11]. Thus far, we have discussed how EVER diagrams can capture all the aspects involved in the evolution of the schema of a database that does not support class hierarchies. Before considering schema evolution that involves class hierarchy and inheritance, in the next section we will show how EVER ....
C. T. Liu, S. K. Chang, and P. K. Chrysanthis. Database Schema Evolution using EVER Diagrams. In Proc. of Intl. Workshop on Advanced Visual Interfaces, 1994.
Trust-Serv: Model-Driven Lifecycle Management of Trust .. - Skogsrud, Benatallah, .. (2004) (Correct)
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C.-T. Liu, S.-K. Chang, and P. Chrysanthis. Database schema evolution using EVER diagrams. In Proc. ACM Workshop Advanced Visual Interfaces (AVI'94), June 1994.
Trust-Serv: Model-Driven Lifecycle Management of Trust .. - Skogsrud, Benatallah, .. (2004) (Correct)
No context found.
C.-T. Liu, S.-K. Chang, and P. Chrysanthis. Database schema evolution using EVER diagrams. In Proc. ACM Workshop Advanced Visual Interfaces (AVI'94), June 1994.
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