2010 Oracle Corporation 1

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2 <Insert Picture Here> Map Views in Oracle Business Intelligence Enterprise Edition, 11g Abhinav Agarwal Jayant Sharma Consulting Product Manager, OBIEE Director, Prod. Mgmt., Oracle Spatial

3 THE FOLLOWING IS INTENDED TO OUTLINE OUR GENERAL PRODUCT DIRECTION. IT IS INTENDED FOR INFORMATION PURPOSES ONLY, AND MAY NOT BE INCORPORATED INTO ANY CONTRACT. IT IS NOT A COMMITMENT TO DELIVER ANY MATERIAL, CODE, OR FUNCTIONALITY, AND SHOULD NOT BE RELIED UPON IN MAKING PURCHASING DECISION. THE DEVELOPMENT, RELEASE, AND TIMING OF ANY FEATURES OR FUNCTIONALITY DESCRIBED FOR ORACLE'S PRODUCTS REMAINS AT THE SOLE DISCRETION OF ORACLE. 3

4 Agenda When are Map views useful Key Concepts OBIEE-MapViewer integration Hands-on Lab <Insert Picture Here> 4

5 Business Data Year Plant Location Country Plant Location State Spending Type Spend Suppliers Buyers Invoiced Quantity 5

6 Corresponding Dashboard Spend Country Buyers Year 2010, NAVTEQ Invoiced Quantity Year Buyers, Suppliers Year Buyers, Suppliers Spending Type 6

7 Spatial is a Natural BI Component IDC recognized BI sector. 7

8 When are Map views useful Visualizing data related to geographic locations. Showing lots of data in a relatively small area. Showing or detecting spatial relationships and patterns. Drilling down from a (map) overview to a detailed report, chart, or graph. 8

9 A geographic dimension usually has a well known hierarchy, e.g. country, region, state, county 9

10 Why Spatial Map Visualizations? The Original High-Density Visualization 10

11 Master-Detail linking: Country on the map, State details in charts. 2010, NAVTEQ 11

12 Secure, Resident Data With this approach, all spatial and BI Data is safely housed inside your Oracle Database Oracle Database Enterprise BI Data Map Data Other Data BI Server 12

13 <Insert Picture Here> Concepts 13

14 <Insert Picture Here> Spatial Data 14

15 What is Spatial Data? Business data that contains or describes location Geographic features (roads, rivers, parks, etc.) Assets (cell tower, fire hydrant, electrical transformer, etc.) Sales data (sales territory, customer registration, etc.) Street and postal address (customers, stores, factory, etc.) Anything connected to a physical location Almost every database contains some form of business data that can be leveraged using spatial technologies Location is a universal key 15

16 What Spatial Data do you need? Business Data This is the data you need in order to show the results of your BI queries For example: country boundaries, states, provinces, postal code areas, etc. Background Data This is used to build maps on which the business data is displayed Roads, rivers, forests, buildings, etc Could also be from satellite or aerial photos. Not always required Provides context for the business data 16

17 Using spatial data Include coordinates in presentation layer and use Custom Point Layer Map Layout specifying longitude as X, latitude as Y How does customer data reference location? Coordinates (i.e., longitude/latitude) Postal address Standard off-the-shelf geography (i.e., state, county, zip) Customer-specific map layers (i.e., reporting regions, facilities) Perform address geocoding pre-process to derive/store coordinates from addresses and then proceed as above 1- Ensure unique key in presentation table matches key in map data 2. Configure presentation table for mapping using Administration>Manage Map Data 1- Load customers map data, usually provided as Shape File(s) 2. Configure MapViewer theme(s) 3. Configure theme for Map View 4. Proceed as above 17

18 Key Technologies Data Geocode Analyze Display Manage commercial and customer geospatial data (Oracle Database includes NAVTEQ boundary data for 60+ countries) Convert addresses into coordinates Find Proximity, Location, Containment Add Maps & Reports to your Application 18

19 Spatial Tables Just like regular tables Contain a column of type SDO_GEOMETRY to store the geometric shape of the objects CREATE TABLE map_countries ( id name geometry NUMBER PRIMARY KEY, VARCHAR2(30), SDO_GEOMETRY ); 19

20 Spatial Data Contains a list of X and Y coordinates for points that describe the shape SQL> SELECT geometry FROM map_countries WHERE name = 'France'; SDO_GEOMETRY( ) 2007, 8307, NULL, SDO_ELEM_INFO_ARRAY(1, 1003, 1, 2209, 1003, 1, ), 2427, 1003, 1, 2465, 1003, 1, 2511, 1003, 1 SDO_ORDINATE_ARRAY( ) , , , , , , , , , , , Coordinate system of the shape (here Longitude/Latitud e) Coordinates of one point of the shape 20

21 Free data: World Sample Data Set World Sample Data Set Country and region boundaries down to three levels: Down to commune / municipality boundaries Major roads Major cities Provided by Navteq Shipped with Oracle 11g Downloadable from OTN 300 MB zip file, 1.7GB in database Royalty free But you still need to acknowledge Navteq s copyright! Good enough for simple mapping and analysis Albania Gibraltar Portugal Andorra Great Britain Puerto Rico Australia Greece Romania Austria Hungary Russia Belgium Ireland San Marino Bosnia and Herzegovina Italy Serbia and Montenegro Bulgaria Latvia Slovak Republic Canada Liechtenstein Slovenia Croatia Lithuania Spain Czech Republic Luxemburg Sweden Denmark Macedonia Switzerland Estonia Moldova Ukraine Finland Monaco United States France Netherlands Vatican City Germany Norway Poland 21

22 Background Maps Internal MapViewer renders spatial data stored in Oracle External (3 rd party map tile servers) elocation (free) Google Maps (requires license) Bing Maps (requires license, planned for future release) Others (may require license, planned for future release) This document is for informational purposes only and may not be incorporated into a contract or agreement. 22

23 Understanding Map Visualizations Data The Table View From the Data Warehouse 23

24 Understanding Map Visualizations Map Definitions The Spatial Table Basemap & Shape Information 24

25 Understanding Map Visualizations Joining The Two NSDP (Non Spatial Data Provider) Join 25

26 Tile Layer Legend Decoration Item Contextual Information Layer Interactive layer (map format) 26

27 Creating Map views (At Least) One Column related to location (e.g. country code, state name) (At Least) One Measure Default map format created Provided Edit Map View to add / edit / delete formats 27

28 The Method Get the spatial data for your project Free data, commercial data Load, convert, generate, link Prepare the maps for your project Styles, themes, maps, map caches Integrate with your analysis and dashboards Set up background maps, layers, join columns 28

29 The Integration 29

30 MapViewer BI Integration Architecture Mapbuilder: Basemaps/ themes/ styles manager (thick client) NSDP (Non-Spatial Data Provider) key MapViewer integration feature NSDP JSON/XML Mapviewer OBIEE Oracle Fusion Middleware Mapbuilder Oracle Database Other Oracle/non-Oracle databases, data warehouses 30

31 (contd.) Client Tier Browser Presentation Tier Oracle FMW Mapviewer Middle Tier BI Presentation Services BI Server Database Tier Oracle DB with spatial Oracle DB Teradata 31

32 Incorporating custom map layers i.e., customers reporting regions, facilities 32

33 Configuring new map layers ( Mapviewer Themes ) for Map View 33

34 Import Layer 34

35 Define join to presentation column 35

36 Define associated background map 36

37 The handshake Analysis is simply Customer Name, Revenue We ve already told OBIEE how to join Customer Name to map data 37

38 Hands-on Lab Create a simple analysis with a map view Add charts to the map view Master-Detail lining via map views Action Links in map views 38

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