Oracle Spatial 10g: Advanced :: 10gDB-SPATIAL-ADV

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code.

10gDB-SPATIAL-ADV

length.

2 days

type.

Instructor-Led

partner.

Oracle

price.

$1,500 :: contact for GSA GOV.

This course teaches the advanced features of Oracle Spatial. New features of Oracle Spatial 10g that simplify spatial queries, application development, and deployment are also covered. This course covers the advanced Spatial indexing features, including local partitioned spatial indexes, function based spatial indexes, and spatial indexes on embedded spatial objects within objects. Other topics teach how to use Oracle Spatial GeoRaster, Oracle Spatial's open solution for storing digital imagery and grid data in the database, as well as how to display raster data with Oracle Application Server MapViewer. This course explains how to use Oracle Spatial's Geocoder to return location information based on address data, and Oracle Spatial's Router to generate driving directions between locations.

Additionally, one learns how Oracle Spatial Topology Data Model stores topology information in the database, as well as the Oracle Spatial Network Data Model, which stores network information in the database for graph analysis. This course also covers Spatial Analysis and Mining and Oracle Workspace Manager.

Learn to:

	Use MapViewer to publish raster (and vector) data on the web
	Create a topology
	Perform graph analysis

There are currently no scheduled dates for this course. If you are interested in this course, request a course date with the links below.

who can benefit

Technical Consultant

prerequisites

Oracle Spatial 10g: Fundamentals NEW!

skills gained

	Describe the basic changes between Oracle9i Spatial and Oracle Spatial 10g
	Understand Transportable Tablespaces and Spatial Indexes
	Describe Oracle Spatial GeoRaster Concepts
	Understand the Oracle Spatial GeoRaster storage model
	Describe Oracle Spatial Geocoder in the server Geocoding Architecture and GeoCoding Function
	Describe Oracle Spatial Router and the Routing Architecture
	Describe the Oracle Spatial Topology Data Model
	Understand how to create and load and edit a Topology
	Understand the Oracle Spatial Network Data Model and Network Concepts
	Use the Network Data Model to perform graph analysis
	Understand Oracle Spatial Analysis and Mining features

related courses, exams and materials

	before related training and products

Oracle Spatial 10g: Fundamentals

course content details

	Oracle Spatial 10g: Advanced: Introduction

Course Overview

	Advanced Spatial Indexing

	Create partitioned spatial indexes
	Discuss spatial partitioning of data
	Export and import transportable tablespaces that include spatial indexes
	Create function-based indexes
	Embed and index spatial objects within objects

	Oracle Spatial GeoRaster

	Describe what raster data is
	Explain Oracle Spatial GeoRaster concepts
	Discuss Oracle Spatial GeoRaster storage
	Load GeoRaster data
	View GeoRaster data using MapViewer

	Oracle Spatial Geocoding

	Explain geocoding concepts
	Describe the Oracle Spatial Geocoding architecture
	Describe Geocoding Metadata concepts
	Detail Geocoding Reference Data concepts
	Discuss Geocoding Schema Objects
	Use geocoding functions

	Oracle Spatial Routing Engine

	Explain the Oracle Spatial Routing architecture
	Describe how to formulate route requests
	Describe the route response
	Use the sample RouteServer JSP

	Oracle Spatial Topology Data Model

	Describe the Oracle Spatial Topology Data Model
	Create a topology
	Load topology primitives
	Explain the topology feature model
	Describe topology caches
	Explain topology hierarchies
	Discuss Spatial queries and topology
	Share a topology between Oracle users

	Oracle Spatial Network Data Model

	Explain network concepts
	Discuss the Oracle Spatial Network Data Model
	Describe node, link, and path tables
	Detail the network metadata
	Include geometry data in a network
	List the types of analysis done in the Oracle Spatial Network Data Model
	Identify network constraints

	Spatial Analysis and Mining

	Neighborhood Analysis
	Spatial Binning
	Spatial Clustering