GIS Development
GIS is a technological tool for assembling, organizing, distributing, analyzing, and visualizing spatially distributed features and the associated attributes for people to make more intelligent decisions. It helps capture, input, transform, store geographic data into layers, linking spatial data with tabular attribute data, provides a common geo-referencing system, and then allows us to view, query, model, analyze, interpret, and visualize data in many ways that reveal relationships, patterns, and trends in the form of maps, images, globes, reports, charts and various on-screen responses to interactive queries.
Here you will find technical articles, developer guides, webinars, and training videos created by NAVTEQ subject-matter experts and members of the NN4D community on GIS development topics.
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Data is one of the key components in GIS. NAVTEQ offers highest quality digital map data and contents in various formats including Relational Data Format (RDF), XML, NAVStreets (TAB, Shape SDO) and more.
Map Data is a Big Deal
From GDF to ODF to RDF: An Evolution in Data
Choosing the Right NAVTEQ Extraction Format
Map and Content Overview: JavaOne Radio 2009
NAVTEQ® Digital Map Overview Guide
NAVTEQ World Map Overview
NAVTEQ Digital Map Overview Developer Guide
Introduction to Geospatial Data
Introduction to Geospatial Data, Part II
Everything You Need to Know About Licensing NAVTEQ Data
Webinars
Choosing the Right NAVTEQ Extraction Format
Introduction to Geospatial Data
Introduction to Geospatial Data, Part II

GIS data could be stored as flat files, or through RDBMS. NAVTEQ data could be easily loaded and managed in either commercially available RDBMS or open source RDBMS.
Relational Database Concepts
Introduction to Map Compilation
How to Load RDF DATA into your Database Environment
NAVTEQ RDF Databases Made ArcGIS Friendly
NAVTEQ RDF Databases Made ArcGIS Friendly scripts
Using NAVTEQ Data with Open Source Tools
Creating a Global Seamless Data Set for Mapping and Geocoding using Oracle Database 11g
Build a Mapping, Geocoding, Routing and POI Service using Oracle Spatial and Oracle Application Server Mapviewer
Oracle Spatial…It’s NOT "One Size Fits All
Load RDF into your MSSQL 2005 Environment
Using NAVTEQ’s RDF Core POI with MapTP and PostGIS Ver. 1.1
Using NAVTEQ’s RDF Core POI with MapTP and PostGIS
NAVTEQ RDF Data with PostgreSQL
POSTGRESQ
Overview of ArcGIS Server Functionality
Webinars
Oracle Spatial…It’s NOT "One Size Fits All
Load RDF into your MSSQL 2005 Environment
Using NAVTEQ’s RDF Core POI with MapTP and PostGIS Ver. 1.1

Mapping, (Reverse) Geocoding, Routing are among most used GIS functions.
Mapping: For many types of geographic operation the end result is best visualized as a map or map images as maps are very efficient at storing and communicating geographic information.
(Reverse) Geocoding: Simply put, geocoding is a process that takes address(es) and assigns estimated location(s) usually in the form of coordinate values to the address(es). Reverse geo-coding, just as what the name suggests, is the reverse process of geocoding, i.e., find the most matched address for a given pair of latitude and longitude.
IP Geolocation
Optimizing Your LBS Application with Geocoding and Reverse Geocoding
Geocoding and Reverse Geocoding Overview
Routing: Route calculation is to determine the best route between two or more places. Routing function needs a connected network, for example road network, and routing algorithms. The most commonly seen routing is road routing. It takes x,y coordinate inputs for two or more locations, along with routing preferences, road and traffic conditions, and returns a route map and textual driving directions for the suggested route.
Routing Algorithms: An Overview
Intro to Route Calculation
RDF Attributes for Better Navigation
Understanding the Basics of Route Calculation
Routing Enhancements: NAVTEQ Camera Alerts

GIS technology can be integrated into any enterprise information system framework.
Fleet Tracking with MapTP
Efficient Government Fleets: Optimize Routing with ArcLogistics, ArcLogistics Navigator and NAVTEQ
Mobile Social Networking Blogging Demo Application using NAVTEQ Maps
Land Base Management Featuring Tier 3
Building a Navigation Application with the GeoBase SDK and NAVTEQ Data, pt. 2 of 3

LBS is a growing technology field that focuses on providing GIS and spatial information via mobile phones or other PDA devices. NAVTEQ has been a pioneer and veteran in promoting LBS through NN4D LBS challenge and create and deliver the best LBS eco systems to the developers. Please click here to check out latest LBS application technical resources.













