Connected Vehicle Services: Patent Deployment, Business Trend, and Brand Strength Analysis
While the technology of IoV (Internet of Vehicles) is getting mature, it is getting important to conduct necessary traffic monitoring, navigation, and traffic information management on a connected vehicle service platform for autonomous vehicles, fleet management, vehicle traffic information management, and driving monitoring systems. IoV development trend deserves more attention from technological community. This report provides an overview of platform technologies and thorough patent data mining results that reflect major vendors' patent portfolios and technology readiness; examines the strategic planning and challenges of leading brands such as Denso, GM, and Toyota. Also included are the insights about market opportunities for newcomers.
1. OVERVIEW
2. PATENT MINING
2.1 Patent Search
2.1.1 Selecting a Patent Database
2.1.2 Identifying Search Keywords
2.1.3 Data Selection
2.1.4 Data Analysis
3. TREND ANALYSIS USING DATA MINING
3.1 Analysis of Trends by Country
3.1.1 Analysis of Trends by Sector and Field
3.1.2 Analysis of Trends by Key Technology
3.2 Key Patent Analysis
3.3 R&D Readiness Analysis
4. PATENT PORTFOLIO ANALYSIS
4.1 International Assignees
4.2 Development of Major Companies
4.2.1 Denso
4.2.2 General Motor
4.2.3 Toyota
5. CONCLUSION
2. PATENT MINING
2.1 Patent Search
2.1.1 Selecting a Patent Database
2.1.2 Identifying Search Keywords
2.1.3 Data Selection
2.1.4 Data Analysis
3. TREND ANALYSIS USING DATA MINING
3.1 Analysis of Trends by Country
3.1.1 Analysis of Trends by Sector and Field
3.1.2 Analysis of Trends by Key Technology
3.2 Key Patent Analysis
3.3 R&D Readiness Analysis
4. PATENT PORTFOLIO ANALYSIS
4.1 International Assignees
4.2 Development of Major Companies
4.2.1 Denso
4.2.2 General Motor
4.2.3 Toyota
5. CONCLUSION
LIST OF TABLES
Table 1 Connected Vehicle Service Patents Benchmarking: Key vs. Relevant Technology
Table 2 R&D Intensity of Connected Vehicle Service Patents: International Assignees
Table 3 R&D Intensity of Connected Vehicle Service Patents: Taiwanese Assignees
Table 4 Connected Vehicle Service Patent Distribution by Key Technology: International Assignees
Table 5 Connected Vehicle Service Patent Distribution by Key Technology: Taiwanese Assignees
Table 1 Connected Vehicle Service Patents Benchmarking: Key vs. Relevant Technology
Table 2 R&D Intensity of Connected Vehicle Service Patents: International Assignees
Table 3 R&D Intensity of Connected Vehicle Service Patents: Taiwanese Assignees
Table 4 Connected Vehicle Service Patent Distribution by Key Technology: International Assignees
Table 5 Connected Vehicle Service Patent Distribution by Key Technology: Taiwanese Assignees
LIST OF FIGURES
Figure 1 Connected Vehicle Service Patent Distribution by Country: International Assignees
Figure 2 Connected Vehicle Service Patent Distribution by Sector: Interntional Assigness
Figure 3 Connected Vehicle Service Patent Distribution by Sector: Taiwanese Assignees
Figure 4 Connected Vehicle Service Patent Distribution by Key Technology: Interntional Assigness
Figure 5 Connected Vehicle Service Patent Distribution by Key Technology: Taiwanese Assigness
Figure 6 Connected Vehicle Service Patent Distribution by Relevant Technology: International Assigness
Figure 7 Connected Vehicle Service Patent Distribution by Relevant Technology: International Assigness
Figure 1 Connected Vehicle Service Patent Distribution by Country: International Assignees
Figure 2 Connected Vehicle Service Patent Distribution by Sector: Interntional Assigness
Figure 3 Connected Vehicle Service Patent Distribution by Sector: Taiwanese Assignees
Figure 4 Connected Vehicle Service Patent Distribution by Key Technology: Interntional Assigness
Figure 5 Connected Vehicle Service Patent Distribution by Key Technology: Taiwanese Assigness
Figure 6 Connected Vehicle Service Patent Distribution by Relevant Technology: International Assigness
Figure 7 Connected Vehicle Service Patent Distribution by Relevant Technology: International Assigness
