Xin Zhang, Mukesh Mulchandani, Steffen Christ, Brian Murphy, and Elke A. Rundensteiner. Rainbow: mapping-driven XQuery processing system. In Proceedings of the 2002. Home/Search Document Not in Database Summary Related Articles Check |
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XML Algebra Optimization - Zhang, Pielech, Rundensteiner (2002) Self-citation (Zhang Rundensteiner) (Correct)
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X. Zhang, M. Mulchandani, S. Christ, B. Murphy, and E. A. Rundensteiner. Rainbow: Mapping-Driven XQuery Processing System. In Demo Session Proceedings of SIGMOD'02, page 614, 2002. 31
Rainbow: Multi-XQuery Optimization Using Materialized .. - Zhang, Dimitrova.. (2003) Self-citation (Zhang Mulchandani Murphy Rundensteiner) (Correct)
....to decide upon materialization of intermediate results as views, and (4) Query processing of updates issued on XML views that wrap relational data by decomposing the updates into SQL update statements and consistency checks on the relational base data. The Rainbow System. We have extended Rainbow [1], our existing XML data management system, as shown in Figure 1. Rainbow accepts an XQuery query or an update request in an extended XQuery syntax from the user. The XQuery is parsed into an algebraic representation, called XML Algebra Tree (XAT) 3] The XAT is then optimized by the global query ....
X. Zhang, M. Mulchandani, S. Christ, B. Murphy, and E. A. Rundensteiner. Rainbow: Mapping-Driven XQuery Processing System. In Demo Session Proceedings of SIGMOD'02, page 614, 2002.
Order-sensitive View Maintenance of Materialized XQuery.. - Dimitrova, El-Sayed.. (2003) Self-citation (Rundensteiner) (Correct)
....Order, Rainbow. 1 Introduction 1.1 Problem Description XML views are a popular technique for integrating data from distributed and heterogeneous data sources. Many systems employing XML views, often speci ed by the XML query language XQuery [27] have been developed in recent years [4, 15, 30, 31]. Materialization of the view content has many important applications including providing fast access to complex views, optimizing query processing based on cashed results, and increasing availability. Materialization however raises the issue of how to eciently refresh the content of views in this ....
....V m . If any update gets propagated correctly (valid by Corollary 6.1) the sequence of updates propagated to op in particular must also be correctly propagated, and thus V . 2 7 Implementation The VOX system (see Figure 18) has been implemented in Java on top of the XQuery engine Rainbow [30, 29] also developed at WPI. The Storage Manager is a repository for storing the XML data over which the view is de ned, the constructed nodes and the auxiliary views. It assigns the LexKeys and supports ecient value based and reference based access to the data it stores. Two di erent implementations ....
X. Zhang, M. Mulchandani, S. Christ, B. Murphy, and E. A. Rundensteiner. Rainbow: MappingDriven XQuery Processing System. In SIGMOD Demonstration, page 614, 2002.
Order-sensitive View Maintenance of Materialized XQuery.. - Dimitrova, El-Sayed.. (2003) Self-citation (Dimitrova El-sayed Rundensteiner) (Correct)
....V m . If any update gets propagated correctly (valid by Corollary 6.1) the sequence of updates propagated to op in particular must also be correctly propagated, and thus V . 2 7 Implementation The VOX system (see Figure 18) has been implemented in Java on top of the XQuery engine Rainbow [30, 29] also developed at WPI. The Storage Manager is a repository for storing the XML data over which the view is de ned, the constructed nodes and the auxiliary views. It assigns the LexKeys and supports ecient value based and reference based access to the data it stores. Two di erent implementations ....
X. Zhang, K. Dimitrova, L. Wang, M. El-Sayed, B. Murphy, B. Pielech, M. Mulchandani, L. Ding, and E. A. Rundensteiner. Rainbow: Mapping-Driven XQuery Processing System. In SIGMOD Demonstration, 2003. To appear.
Order-sensitive View Maintenance of Materialized XQuery.. - Dimitrova, El-Sayed.. (2003) Self-citation (Rundensteiner) (Correct)
....Order, Rainbow. i Introduction 1.1 Problem Description XML views axe a populax technique for integrating data from distributed and heterogeneous data sources. Many systems employing XML views, often specified by the XML query language XQuery [27] have been developed in recent yeaxs [4, 15, 30, 31]. Materialization of the view content has many important applications including providing fast access to complex views, optimizing query processing based on cashed results, and increasing availability. Materialization however raises the issue of how to efficiently refresh the content of views in ....
.... q. If any update gets propagated correctly (valid by Corollary 6.1) the sequence of updates propagated to op in particular must also be correctly propagated, and thus V ic = V q. 7 Implementation The VOX system (see Figure 18) has been implemented in Java on top of the XQuery engine Rainbow [30, 29] also developed at WPI. The Storage Manager is a repository for storing the XML data over which the view is defined, the constructed nodes and the auxiliary views. It assigns the LexKeys and supports efficient value based and reference based access to the data it stores. Two different ....
X. Zhang, M. Mulchandani, S. Christ, B. Murphy, and E. A. Rundensteiner. Rainbow: Mapping- Driven XQuery Processing System. In SIGMOD Demonstration, page 614, 2002.
Order-sensitive View Maintenance of Materialized XQuery.. - Dimitrova, El-Sayed.. (2003) Self-citation (Dimitrova Sayed Rundensteiner) (Correct)
.... q. If any update gets propagated correctly (valid by Corollary 6.1) the sequence of updates propagated to op in particular must also be correctly propagated, and thus V ic = V q. 7 Implementation The VOX system (see Figure 18) has been implemented in Java on top of the XQuery engine Rainbow [30, 29] also developed at WPI. The Storage Manager is a repository for storing the XML data over which the view is defined, the constructed nodes and the auxiliary views. It assigns the LexKeys and supports efficient value based and reference based access to the data it stores. Two different ....
X. Zhang, K. Dimitrova, L. Wang, M. E1-Sayed, B. Murphy, B. Pielech, M. Mulchandani, L. Ding, and E. A. Rundensteiner. Rainbow: Mapping-Driven XQuery Processing System. In SIGMOD Demonstration, 2003. To appear.
Efficient Evaluation of XQuery over Streaming Data - Li, Agrawal (2005) (Correct)
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Xin Zhang, Mukesh Mulchandani, Steffen Christ, Brian Murphy, and Elke A. Rundensteiner. Rainbow: mapping-driven XQuery processing system. In Proceedings of the 2002.
A Mapping Schema and Interface for XML Stores - Sihem Amer-Yahia Divesh (2002) (Correct)
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X. Zhang et al. Rainbow: Mapping-Driven XQuery Processing System. SIGMOD Conference 2002.
A Mapping Schema and Interface for XML Stores - Sihem Amer-Yahia Divesh (2002) (Correct)
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X. Zhang et al. Rainbow: Mapping-Driven XQuery Processing System. SIGMOD Conference 2002.
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