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Enterprisewide
Augmented Reality in Vehicular Safety Systems
Mind Commerce LLC, December 2012, Pages: 56
Augmented Reality (AR) represents a live, direct or indirect, view of a physical, real-world environment whose elements are augmented by computer-generated sensory input, that enrich the user's perception of the real world. In the case of vehicular safety systems, AR can provide many benefits including an early warning indication of potential dangers that may occur dynamically/suddenly, known dangers in a given area, information and feedback between a central monitoring station and the vehicle operator, and more.
Certain automobile manufacturers are leading the way in vehicular safety with AR representing a logical extension to their existing solutions. Other companies will likely look towards third party companies for turnkey solutions. The marketplace will decide which type of AR systems will succeed.
Target Audience:
- Wireless carriers and other service providers
- Augmented Reality (AR) application developers
- Telemetry, Telematics, and vehicle monitoring companies
- Automobile manufacturers, OEM, and support companies
- Emergency service organizations and supporting companies
- Intelligent transportation strategy and planning organizations
1.0 EXECUTIVE SUMMARY
2.0 INTRODUCTION
2.1 THE USE OF AR APPLICATION ON MOBILE PHONES
2.2 FUTURE APPLICATION OF AR
2.3 WEARABLE DEVICES COMPONENT AND TECHNOLOGIES
2.3.1 GOOGLE GLASSES
2.3.2 GOOGLE GLASSES TECHNOLOGIES
2.3.3 GOOGLE GLASSES POTENTIAL APPLICATIONS
2.3.4 GOOGLE NOW INTEGRATION WITH GOOGLE GLASSES
3.0 AUGMENTED REALITY AND VEHICULAR SAFETY THEORY AND PRACTICE
3.1 CURRENT SAFETY SYSTEMS AND ITS EFFICIENCY
3.2 HEAD-UP DISPLAYS (HUD)
3.2.1 CHALLENGES OF THE HUD
3.2.2 CASE STUDY: HUD IN SOCIAL NETWORKING AND THE ROLE OF TELECOMMUNICATION COMPANIES
3.3 TECHNICAL OVERVIEW OF AR APPLICATIONS IN VEHICULAR SAFETY SYSTEM
4.0 ACCIDENTS CASES AND THE USE OF AR APPLICATIONS IN PREVENTING THEM
4.1 CASE STUDY ONE: SPEEDING IN CROSS ROADS AND THE USE OF AR APPLICATIONS
4.2 CASE STUDY TWO: AR APPLICATIONS IN SPEEDING AND SPEED LIMITS
5.0 THE ROLE OF THE TELECOMMUNICATION COMPANIES IN SUPPORTING AR APPLICATION FOR SAFETY SYSTEMS
5.1 DIAGNOSTIC TOOLS
5.2 ASSET TRACKING
5.3 TEMPERATURE MONITORING
5.4 ACCIDENT PREVENTION WITH THE USE OF AR APPLICATIONS
5.5 PREDICTIVE MAINTENANCE
5.6 DIAGNOSTIC FAULT CODES
5.7 TIRE TELEMATICS
5.8 MARKET DRIVERS FOR TELECOMMUNICATION COMPANIES TO GET INTO THE VEHICULAR SAFETY ARENA
5.8.1 KEY CHALLENGES
5.8.2 CASE STUDY: THE ROI
5.8.3 TELECOMMUNICATION TECHNOLOGIES
5.8.4 GPS AND FLEET TRACKING M2M SOLUTIONS IMPROVE TRUCK FLEET OPERATIONS
5.8.5 IN-VEHICLE HEALTH MONITORING
5.8.6 INDIVIDUAL MOBILITY SERVICES
5.8.7 AUTONOMOUS VEHICLES
5.8.8 MOOD RECOGNITION
6.0 VEHICLE COMMUNICATION VENDORS ANALYSIS
6.1 SIERRA WIRELESS, INC.
6.1.1 FINANCIALS
6.1.2 PRODUCTS AND SERVICES
6.2 ONSTAR, LLC
6.2.1 OVERVIEW
6.2.2 PRODUCTS AND SERVICES
6.3 QUALCOMM INCORPORATED
6.3.1 OVERVIEW
6.3.2 PRODUCTS AND SERVICES
7.0 AR IN VEHICLES MARKET ANALYSIS 2012-2016
Figures
Figure 1 AR on Windshields
Figure 2 Virtual Meters
Figure 3 AR in Supporting Law Enforcement
Figure 4 AR application for Security systems
Figure 5 AR Apps for security 2
Figure 6 AR in crime preventing
Figure 7 AR Smart Meters
Figure 8 Auto brake System
Figure 9 Head up Displays
Figure 10 Cadillac HUD
Figure 11 KIA Quoris HUD System
Figure 12 HUD in Road Navigation
Figure 13 Social Networking interaction on HUD
Figure 14 Samsung Smart Window Technology
Figure 15 Side windshields AR applications
Figure 16 AR information on side windshield
Figure 17 GPS Augmented Reality in HUD
Figure 18 AR Speed Warnings
Figure 19 GPS Traffic Warnings on HUD
Figure 20 AR Applications for Speed Limits
Figure 21 Global Telematics Market 2009-2015
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