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Oracle Database 11g: Indexes, Access Paths, and Join Operations
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»Oracle Database 11g: SQL Tuning

Duration : --- spacer Status : Active
Created date : Fri, 08/28/2009 - 01:23   Last modified date : Fri, 08/28/2009 - 01:23
Course owner : Myenzone Admin   Highlighted : No
Type : Individual      
Rating : 0
Instructor : ----
References : Oracle Database 11g: SQL Tuning
Tags : 11g, Oracle, Oracle10g, Oracle11g
Topics covered :
  • identify the functions of table scans in the optimizer
  • recognize types of indexes and how index scans work
  • recognize the features of index-organized tables and bitmap and composite indexes
  • use different acces paths
  • recognize how clusters and sorting operators work
  • recognize how joins and N-array operations work
  • recognize how to cache query results in the SGA
  • Credits : Not available
    Short description :

    This course explores the access paths used for tables, such as full table, rowid, and sample table scan. It also examines the access paths used for indexes, such as unique, range, full, fast full, skip, and index join index scans, as well as bitmap indexes and combining bitmap indexes. Additionally, this course discusses B*-tree, bitmap, composite, and invisible indexes and nullable columns when using indexes. Bitmap operations, guidelines for managing indexes, index usage, clusters, sorting operators, join methods, and other n-array operations are also covered.

    Description :

    Access paths are the ways in which data is retrieved from the database, and there are a number of different access paths which can be used for tables and indexes. This course explores the access paths used for tables, such as full table, rowid, and sample table scan. It also examines the access paths used for indexes, such as unique, range, full, fast full, skip, and index join index scans, as well as bitmap indexes and combining bitmap indexes. Additionally, this course discusses B*-tree, bitmap, composite, and invisible indexes and nullable columns when using indexes. Bitmap operations, guidelines for managing indexes, index usage, clusters, sorting operators, join methods, and other n-array operations are also covered.


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