 Global Navigation Satellite Positioning Solutions
Markets and Applications for GPS, Galileo and GLONASS Satellite-based positioning technology is used in a constantly growing number of applications and market segments in consumer, business and industrial markets. Personal Navigation Devices for in-car navigation continue to be very popular. GPS-enabled handset shipments are expected to grow strongly as location-based services start to appear. Industrial applications such as precision agriculture, surveying, and timing will be stimulated by the availability and increased reliability of additional Global Navigation Satellite Systems (GNSS) such as Galileo and GLONASS. New applications for GNSS such as geo-tagging in standalone cameras are also expected to grow strongly. However, GNSS technologies will have to be combined with other positioning solutions such as A-GPS, Wi-Fi, and dead reckoning technology to address the in-door coverage issue.  What Does This Report Answer?
Section 1.
EXECUTIVE SUMMARY 1.1 Scope and Definitions 1.2 General Market Trends 1.3 GNSS Receiver Market Segments 1.3.1 Aviation 1.3.2 Communications 1.3.3 Geo-Tagging 1.3.4 In-Vehicle Navigation 1.3.5 Machine Control (Precision Agriculture and Construction) 1.3.6 Marine 1.3.7 Military 1.3.8 People and Animal Tracking 1.3.9 Recreational 1.3.10 Surveying and Mapping 1.3.11 Timing and Synchronization 1.3.12 Vehicle Tracking 1.3.13 GPS Market Segment Comparison 1.4 Forecasts 1.4.1 Forecast Methodology 1.4.2 Forecast Summary 1.5 Recommendations for GNSS Vendors and Solution Providers 1.5.1 Leverage GPS Experience across Additional Market Segments 1.5.2 Explore the Integration of GPS with Other Positioning Technologies 1.5.3 Explore the Integration of GPS with Other Non-Positioning Technologies 1.5.4 Integrate Community and Social Networking Capabilities in Consumer Applications 1.5.5 Maximize Ease of Use 1.5.6 Apply Global Technology Standards 1.5.7 Explore Dedicated and Converged Solutions Section 2. TECHNOLOGY OVERVIEW 2.1 GNSS Systems 2.1.1 US GPS System 2.1.1.1 Basic GPS Functionality 2.1.1.1.1 The GPS Constellation 2.1.1.1.2 Basic Functioning of GPS Satellite Positioning 2.1.1.1.3 GPS Frequencies and Pseudo Random Code (PRC) 2.1.1.1.4 GPS Timing 2.1.1.1.5 Satellite Positions 2.1.1.1.6 Encrypted GPS 2.1.1.1.7 Selected Availability (SA) 2.1.1.2 Technical Description 2.1.1.2.1 User Access 2.1.1.2.2 Operational Control 2.1.1.2.3 GPS Users 2.1.1.2.4 System Supervision 2.1.1.2.5 Precise Positioning System 2.1.1.2.6 Standard Positioning Service 2.1.1.2.7 PS Signals and Frequencies 2.1.1.3 GPS Modernization 2.1.1.3.1 GPS II 2.1.1.3.2 GPS III 2.1.2 Galileo 2.1.2.1 Technical Description 2.1.2.2 Status 2.1.3 GLONASS 2.1.3.1 Technical Description 2.1.3.2 Status 2.1.4 Indian Regional Navigation Satellite System 2.1.4.1 Technical Description 2.1.4.2 Status 2.1.5 Quasi-Zenith Satellite System 2.1.5.1 Technical Description 2.1.5.2 Status 2.1.6 China’s Beidou and Compass Systems 2.1.6.1 Technical Description 2.1.6.2 Status 2.2 High Precision Satellite Positioning Systems 2.2.1 System and Atmospheric Variations Affecting Accuracy 2.2.2 Dual-Frequency Receivers 2.2.3 Differential GPS Systems (DGPS) 2.2.3.1 Real-Time DGPS 2.2.3.2 Post-Processing and Inverted DGPS 2.2.4 Real-Time Kinematic Technology (RTK) 2.2.5 Satellite Based Augmentation Systems (SBAS) 2.2.5.1 WAAS 2.2.5.2 EGNOS 2.2.5.3 MSAS 2.2.5.4 GAGAN-TDS 2.3 GNSS Receiver Architectures 2.3.1 Single Frequency Receivers 2.3.2 Dual Frequency Receivers 2.3.3 High-Precision Receivers 2.3.4 GPS-Receiver Vendors 2.4 Integrated GPS-Receivers 2.4.1 Hardware, Software and Post-Processing Based Receiver Implementations 2.4.2 GPS Integration into Mainstream CE Devices 2.4.3 GPS-Handsets 2.5 GPS Chipsets 2.5.1 GPS IC Requirements and Trends 2.5.2 Chipset Functions and Features 2.5.2.1 Time to First Fix (TTFF) 2.5.2.2 Signal Sensitivity 2.5.2.3 Power Consumption 2.5.3 GPS Chipset Vendors 2.6 Complimentary and Alternative Positioning Technologies 2.6.1 A-GPS 2.6.2 Wi-Fi 2.6.3 Motion Sensors and Dead Reckoning 2.6.4 Other Technologies and Multi-Functional Chipsets Section 3. AVIATION GPS MARKET 3.1 Aviation GPS Background 3.2 Aviation GPS Technical Description 3.3 Aviation GPS Market Players, Products, and Trends 3.4 Aviation GPS Forecasts Section 4. COMMUNICATIONS GPS MARKET 4.1 Communications GPS Background 4.2 Communications GPS Technical Description 4.3 Communications GPS Market Players, Products, and Trends 4.4 Communications GPS Forecasts Section 5. GEO-TAGGING GPS MARKET 5.1 Geo-Tagging GPS Background 5.2 Geo-Tagging Technical Description 5.3 Geo-Tagging Market Players, Products, and Trends 5.3.1 Standalone Digital Cameras with Geo-Tagging Capability 5.3.2 Add-on Geo-tagging GPS-receivers and Solutions 5.4 Geo-Tagging GPS Forecasts Section 6. IN-VEHICLE NAVIGATION MARKET 6.1 In-Vehicle Navigation Background 6.2 In-Vehicle Navigation Technical Description 6.3 In-Vehicle Navigation Market Players, Products, and Trends 6.4 In-Vehicle Navigation Forecasts Section 7. MACHINE CONTROL (PRECISION AGRICULTURE 7.1 Machine Control GPS Background 7.1.1 Precision Agriculture 7.1.2 Engineering and Construction 7.2 Machine Control GPS Technical Description 7.2.1 Precision Agriculture 7.2.2 Engineering and Construction 7.3 Machine Control GPS Market Players, Products, and Trends 7.3.1 Precision Agriculture 7.3.2 Engineering and Construction 7.4 Machine Control GPS Forecasts Section 8. MARINE GPS MARKET 8.1 Marine GPS Background 8.2 Marine GPS Technical Description 8.3 Marine GPS Market Players, Products, and Trends 8.4 Marine GPS Forecasts Section 9. MILITARY GPS MARKET 9.1 Military GPS Background 9.2 Military GPS Technical Description 9.3 Military GPS Market Players, Products, and Trends 9.4 Military GPS Forecasts Section 10. PEOPLE- AND ANIMAL-TRACKING GPS MARKET 10.1 People- and Animal-Tracking GPS Background 10.2 People- and Animal-Tracking GPS Technical Description 10.3 People- and Animal-Tracking GPS Market Players, Products, and Trends 10.3.1 People Tracking 10.3.2 Pet Tracking 10.3.3 Livestock and Wildlife Tracking 10.4 People- and Animal-Tracking GPS Forecasts Section 11. RECREATIONAL GPS MARKET 11.1 Recreational GPS Background 11.2 Recreational GPS Technical Description 11.3 Recreational GPS Market Players, Products, and Trends 11.4 Recreational GPS Forecasts Section 12. SURVEYING AND MAPPING GPS MARKET 12.1 Surveying and Mapping GPS Background 12.2 Surveying and Mapping GPS Technical Description 12.3 Surveying and Mapping GPS Market Players, Products, and Trends 12.4 Surveying and Mapping GPS Forecasts Section 13. TIMING AND SYNCHRONIZATION GPS MARKET 13.1 Timing and Synchronization GPS Background and Trends 13.2 Timing and Synchronization GPS Technical Description 13.3 Timing and Synchronization GPS Market Players, Products 13.4 Timing and Synchronization GPS Forecasts Section 14. VEHICLE-TRACKING GPS MARKET 14.1 Vehicle-Tracking GPS Background 14.2 Vehicle-Tracking GPS Technical Description 14.3 Vehicle-Tracking GPS Market Players, Products, and Trends 14.4 Vehicle-Tracking GPS Forecasts Section 15. SELECTED GNSS VENDOR PROFILES 15.1 Augmentra Ltd 15.2 Brilliant 15.3 Broadcom 15.4 CSR 15.5 deCarta 15.6 ERTICO 15.7 Furuno Electric Company Ltd 15.8 Garmin International Inc 15.9 Honeywell International Inc 15.10 Leica Geosystems Holdings AG 15.11 Magellan Navigation 15.12 Navico (Lowrance, Simrad, Navman Marine) 15.13 NemeriX 15.14 Next 15.15 Nokia 15.16 NXP 15.17 Raytheon Company 15.18 Rockwell Collins Inc 15.19 Septentrio Satellite Navigation NV 15.20 SiRF Technology Holdings Inc 15.21 Snap Track Inc (Qualcomm) 15.22 Sprint Nextel 15.23 Symmetricom Inc 15.24 TomTom International BV 15.25 Trimble Navigation Ltd 15.26 TruePosition 15.27 u-blox AG 15.28 Wherify Wireless Inc 15.29 Verizon Wireless Section 16. COMPANY LIST Section 17. ACRONYMS AND CONSTRUCTION) GPS MARKET Tables
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