2009 |
14 | | Andreas M. Weiner,
Christian Mathis,
Theo Härder,
Caesar Ralf Franz Hoppen:
Now it's Obvious to The Eye - Visually Explaining XQuery Evaluation in a Native XML Database Management System.
BTW 2009: 616-619 |
2008 |
13 | | Theo Härder,
Sebastian Bächle,
Christian Mathis:
Transactional Support in Native XML Databases.
ICEIS (1) 2008: 368-373 |
12 | EE | Andreas M. Weiner,
Christian Mathis,
Theo Härder:
Towards Cost-based Query Optimization in Native XML Database Management Systems.
SYRCoDIS 2008 |
11 | EE | Christian Mathis,
Andreas M. Weiner,
Theo Härder,
Caesar Ralf Franz Hoppen:
XTCcmp: XQuery compilation on XTC.
PVLDB 1(2): 1400-1403 (2008) |
2007 |
10 | EE | Christian Mathis:
Integrating Structural Joins into a Tuple-Based XPath Algebra.
BTW 2007: 242-261 |
9 | EE | Theo Härder,
Christian Mathis,
Karsten Schmidt:
Comparison of Complete and Elementless Native Storage of XML Documents.
IDEAS 2007: 102-113 |
8 | EE | Theo Härder,
Michael Peter Haustein,
Christian Mathis,
Markus Wagner:
Node labeling schemes for dynamic XML documents reconsidered.
Data Knowl. Eng. 60(1): 126-149 (2007) |
7 | EE | Christian Mathis:
Extending a tuple-based XPath algebra to enhance evaluation flexibility.
Inform., Forsch. Entwickl. 21(3-4): 147-164 (2007) |
2006 |
6 | EE | Christian Mathis,
Theo Härder:
Hash-Based Structural Join Algorithms.
EDBT Workshops 2006: 136-149 |
5 | EE | Christian Mathis,
Theo Härder:
Twig Query Processing Under Concurrent Updates.
ICDE Workshops 2006: 141 |
4 | EE | Christian Mathis,
Theo Härder,
Michael Peter Haustein:
Locking-aware structural join operators for XML query processing.
SIGMOD Conference 2006: 467-478 |
2005 |
3 | EE | Christian Mathis,
Theo Härder:
A Query Processing Approach for XML Database Systems.
Grundlagen von Datenbanken 2005: 89-93 |
2 | EE | Michael Peter Haustein,
Theo Härder,
Christian Mathis,
Markus Wagner:
DeweyIDs - The Key to Fine-Grained Management of XML Documents.
SBBD 2005: 85-99 |
2002 |
1 | EE | Wolfgang Mahnke,
Christian Mathis,
Hans-Peter Steiert:
Extending an ORDBMS: The StateMachine Module.
VLDB 2002: 1079-1082 |