Ludwig-Maximilians-Universität München Institut für Informatik Lehr- und Forschungseinheit für Datenbanksysteme

University of Munich Institute for Computer Science Database and Information Systems

Research Topics

Current Projects Knowledge Discovery in Databases, Data Mining Clustering and Outlier Detection (DBSCAN, OPTICS, OPTICS-OF), Classification, Database Primitives, Spatial Characterization, Spatial Trend Detection, Visual Data Mining Data Mining in Bioinformatics Classification and Similarity Search in 3D Molecular Databases, Database Support for the one-to-many Protein Docking Search Similarity Search in Spatial and Multimedia Databases Ähnlichkeitssuche für Medizin, Biologie und Multimedia> Adaptable Similarity Models, Quadratic Form Distance Functions, Ellipsoid Queries (exact and approximate), Reduction of Dimensionality, Optimal Multi-Step k-Nearest Neighbor Search, k-NN Classification Spatial Data Management in CAD Databases Approximation of Surfaces and Solids, Spatial Query Processing, Spatial Access Methods, Collision Detection and Within-Distance Queries for Digital Mockup, Similarity Search, Engineering Data Management Access Methods for High-Dimensional Data Spaces High-Dimensional Indexing, Parallel Index Structures, Relational Implementation of Spatial Access Methods

3rd Party Funded Projects Theseus Research program for a new Internet-based knowledge infrastructure. We participate in the usecase Medico and Basic Technologies (CTC).

Applications Astronomy: Classification of Stars [project] Economic Geography: Spatial Trend Detection [project] Data Warehousing: Analyzing Transactions and Customer Data [project] Medical Imaging: Classification of X-ray Images [project] Molecular Biology: 3D Shape Similarity Search, Protein Docking (funded by the DFG) [project] Multimedia Databases: Adaptable Similarity Search [project] Mechanical Engineering: CAD, Digital Mock-Up, Geometric Similarity Search [project]

Former Projects BIOWEPRO: Docking Search in 3D Protein Databases (BMBF) Effiziente Anfragebearbeitung in Geo-Datenbanksystemen Geometrie-orientierte Ähnlichteilsuche in Geo-Datenbanksystemen Interoperablilität heterogener Informationsressourcen Visuelle Unterstützung für Anfragen an große Datenbanken

Bei Problemen oder Vorschlägen wenden Sie sich bitte an: wwwmaster@dbs.informatik.uni-muenchen.de
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