乗り物の安全装置における拡張現実：Augmented Reality in Vehicular Safety Systems...市場調査レポートについてご紹介

1.0 EXECUTIVE SUMMARY 4
2.0 INTRODUCTION 7
2.1 THE USE OF AR APPLICATION ON MOBILE PHONES 9
2.2 FUTURE APPLICATION OF AR 13
2.3 WEARABLE DEVICES COMPONENT AND TECHNOLOGIES 13
2.3.1 GOOGLE GLASSES 14
2.3.2 GOOGLE GLASSES TECHNOLOGIES 16
2.3.3 GOOGLE GLASSES POTENTIAL APPLICATIONS 16
2.3.4 GOOGLE NOW INTEGRATION WITH GOOGLE GLASSES 18
3.0 AUGMENTED REALITY AND VEHICULAR SAFETY THEORY AND PRACTICE 19
3.1 CURRENT SAFETY SYSTEMS AND ITS EFFICIENCY 19
3.2 HEAD-UP DISPLAYS (HUD) 21
3.2.1 CHALLENGES OF THE HUD 23
3.2.2 CASE STUDY: HUD IN SOCIAL NETWORKING AND THE ROLE OF TELECOMMUNICATION COMPANIES 25
3.3 TECHNICAL OVERVIEW OF AR APPLICATIONS IN VEHICULAR SAFETY SYSTEM 28
4.0 ACCIDENTS CASES AND THE USE OF AR APPLICATIONS IN PREVENTING THEM 30
4.1 CASE STUDY ONE: SPEEDING IN CROSS ROADS AND THE USE OF AR APPLICATIONS 30
4.2 CASE STUDY TWO: AR APPLICATIONS IN SPEEDING AND SPEED LIMITS 32
5.0 THE ROLE OF THE TELECOMMUNICATION COMPANIES IN SUPPORTING AR APPLICATION FOR SAFETY SYSTEMS 34
5.1 DIAGNOSTIC TOOLS 37
5.2 ASSET TRACKING 38
5.3 TEMPERATURE MONITORING 38
5.4 ACCIDENT PREVENTION WITH THE USE OF AR APPLICATIONS 39
5.5 PREDICTIVE MAINTENANCE 39
5.6 DIAGNOSTIC FAULT CODES 39
5.7 TIRE TELEMATICS 40
5.8 MARKET DRIVERS FOR TELECOMMUNICATION COMPANIES TO GET INTO THE VEHICULAR SAFETY ARENA 40
5.8.1 KEY CHALLENGES 42
5.8.2 CASE STUDY: THE ROI 43
5.8.3 TELECOMMUNICATION TECHNOLOGIES 43
5.8.4 GPS AND FLEET TRACKING M2M SOLUTIONS IMPROVE TRUCK FLEET OPERATIONS 43
5.8.5 IN-VEHICLE HEALTH MONITORING 44
5.8.6 INDIVIDUAL MOBILITY SERVICES 45
5.8.7 AUTONOMOUS VEHICLES 45
5.8.8 MOOD RECOGNITION 46
6.0 VEHICLE COMMUNICATION VENDORS ANALYSIS 48
6.1 SIERRA WIRELESS, INC. 48
6.1.1 FINANCIALS 48
6.1.2 PRODUCTS AND SERVICES 48
6.2 ONSTAR, LLC 49
6.2.1 OVERVIEW 49
6.2.2 PRODUCTS AND SERVICES 50
6.3 QUALCOMM INCORPORATED 50
6.3.1 OVERVIEW 50
6.3.2 PRODUCTS AND SERVICES 51
7.0 AR IN VEHICLES MARKET ANALYSIS 2012-2016 52