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An ILP Method for Spatial Association Rule Mining (2001)  (Make Corrections)  (4 citations)
Donato Malerba, Francesca A. Lisi



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Abstract: Knowledge discovery in spatial databases raises challenging multirelational data mining problems. A promising solution approach comes from the field of inductive logic programming (ILP). In this paper, an ILP method for spatial association rule mining is presented. It benefits from the available prior knowledge on the spatial domain, systematically explores the hierarchical structure of geographic layers, and deals with numerical aspatial properties of spatial objects. The method has been ... (Update)

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BibTeX entry:   (Update)

D. Malerba and F.A. Lisi, An ILP method for spatial association rule mining, Working notes of the First Workshop on Multi-Relational Data Mining, Freiburg, Germany, 2001, 18--29. http://citeseer.ist.psu.edu/malerba01ilp.html   More

@misc{ malerba01ilp,
  author = "D. Malerba and F. Lisi",
  title = "An ILP method for spatial association rule mining",
  text = "D. Malerba and F.A. Lisi, An ILP method for spatial association rule mining,
    Working notes of the First Workshop on Multi-Relational Data Mining, Freiburg,
    Germany, 2001, 18--29.",
  year = "2001",
  url = "citeseer.ist.psu.edu/malerba01ilp.html" }
Citations (may not include all citations):
910   Fast Algorithms for Mining Association Rules - Agrawal, Srikant - 1994
267   A note on inductive generalization (context) - Plotkin - 1970
100   Levelwise search and borders of theories in knowledge discov.. - Mannila, Toivonen - 1997
84   Discovery of Spatial Association Rules in Geographic Informa.. - Koperski, Han - 1995
43   Mining Association Rules in Multiple Relations - Dehaspe, De Raedt - 1997
38   Data Mining and Knowledge Discovery (context) - Dehaspe, Toivonen - 1999
36   Inductive Logic Programming and Knowledge Discovery in Datab.. (context) - Dzeroski - 1996
36   Spatial Data Mining: A Database Approach - Ester, Kriegel et al. - 1997
32   What you Always Wanted to Know About Datalog (context) - Ceri, Gottlob et al. - 1989
32   Inductive Databases and Condensed Representations for Data M.. - Mannila - 1997
28   GeoMiner: A System Prototype for Spatial Data Mining - Han, Koperski et al.
22   Scaling Up Inductive Logic Programming by Learning from Inte.. - Blockeel, De Raedt et al. - 1999
16   Categorizing Binary Topological Relations Between Regions (context) - Egenhofer, Herring - 1994
16   Multi-relational data mining - Knobbe, Blockeel et al. - 1999
16   Inductive generalization: a logical framework (context) - Helft - 1987
13   Learning recursive theories with ATRE (context) - Malerba, Esposito et al. - 1998
12   Geographic Data Handling in a Deductive Object-Oriented Data.. - Abdelmoty, Paton et al. - 1994
12   Spatial and Spatio-Temporal Data Mining Research (context) - Roddick, Hornsby et al.
3   From Extensional to Intensional Knowledge: Inductive Logic P.. - Flach - 1998
3   Machine Learning (context) - De Raedt, Dehaspe - 1997
2   A Declarative Language Bias for Levelwise Search of First-or.. - Weber - 1999
2   Discovering geographic knowledge: The INGENS system (context) - Malerba, Esposito et al.
2   Knowledge Discovery in Spatial Data by means of ILP (context) - Popelinsky - 1998
1   Discovering Associations between Spatial Objects: An ILP App.. (context) - Malerba, Lisi - 2001
1   Challenges for Inductive Learning Approaches in Knowledge Di.. (context) - Klsgen - 2000

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Automated Interpretation of Topographic Maps: Beyond.. - Malerba, Esposito..   (Correct)
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