Difference: MonetSummary (1 vs. 2)

Revision 22007-02-22 - AprilWebster

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META TOPICPARENT name="MyResearch"

Monet And Its Geographic Extensions: A Novel Approach to High Performance GIS Processing


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Reference: Peter A. Boncz, Wilko Quak, Martin L. Kersten: Monet And Its Geographic Extensions: A Novel Approach to High Performance GIS Processing. EDBT 1996: 147-163

Motivation:

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Overview: Monet is an extensible (relational) database system. The authors implemented a set of GIS extension modules (Point, Box and Polygon) to demonstrate their approach and its applicability to GIS databases.
  Features:
  • Decomposed Storage Model (DSM)
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  • Shared-memory parallelism
    • All processes share the same memory (or address) space
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Concerns:
  • Main memory:
    • Can even large raster databases fit into main memory as required by Monet?
    • For example, the authors state that they "did not have sufficient disk space to generate all 130 rasters for the National benchmark" (Section 5)
  • What about raster data? Are there any modules for it?
Questions:
  • What's a database hot-set?
  • What are typical sizes for GIS dbs? Raster files? Vector files?
 
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Reference: Peter A. Boncz, Wilko Quak, Martin L. Kersten: Monet And Its Geographic Extensions: A Novel Approach to High Performance GIS Processing. EDBT 1996: 147-163
 

-- AprilWebster - 21 Feb 2007

Revision 12007-02-21 - AprilWebster

Line: 1 to 1
Added:
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META TOPICPARENT name="MyResearch"

Monet And Its Geographic Extensions: A Novel Approach to High Performance GIS Processing


Reference: Peter A. Boncz, Wilko Quak, Martin L. Kersten: Monet And Its Geographic Extensions: A Novel Approach to High Performance GIS Processing. EDBT 1996: 147-163

Motivation:

Features:

  • Decomposed Storage Model (DSM)
    • Involves the decomposition of all relations into binary (association) tables, one for each attribute in the original relation
  • Main memory dbs
  • Algebra-extensible
  • Shared-memory parallelism
    • All processes share the same memory (or address) space

-- AprilWebster - 21 Feb 2007

 
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