Contents

Chapter 1: Introduction

1.1V2X objectives

1.2V2X and D2D networking and connectivity

1.3Technical challenges for V2X

1.3.1Sensors

1.3.2Computing

1.3.3Networking

1.4Society, ethics and politics

1.5Outline

Chapter 2: Applications and Use Cases

2.1Use cases up to 2005

2.2Between 2005 and 2011

2.3Use cases since 2011

2.4Conclusions

Chapter 3: V2X Requirements, Standards, and Regulations

3.1Requirements

3.1.1Sensors

3.1.2Communications

3.1.3Dynamic high-definition maps

3.1.4Over-the-air updates

3.1.5In-vehicle Infotainment

3.2V2X networking and connectivity standards

3.3V2X networking and connectivity regulation

3.4Conclusions

Chapter 4: Technologies

4.1Sensing

4.2Computing

4.3Communications

4.4Software

4.5HAD maps

4.6Functional safety

4.7Conclusions

Chapter 5: V2X networking and connectivity

5.1IEEE 802.11p-based DSRC and ITS-G5

5.2LTE and 5G NR V2X

5.3C-V2X Phase 1 where 3GPP works on LTE Vehicular Services

5.3.1Vehicle-to-vehicle (V2V) Communications

5.3.2Vehicle-to-pedestrian (V2P, P2V) Communications

5.3.3Vehicle-to-infrastructure (V2I, I2V) Communications

5.3.4Vehicle-to-network Communications (V2N, N2V)

5.3.5Synchronization

5.3.6Location Determination

5.4C-V2X evolution toward Phase 2 and beyond

Chapter 6: Infotainment

6.1Infotainment

6.2Telematics and control

6.3In-vehicle connectivity and networking

6.4Conclusions

Chapter 7: Software Reconfiguration

7.1Issues to Be Addressed by Software Reconfiguration

7.1.1Problem statement 1: How to transfer and install radio software components to a target platform in a secure way

7.1.2Problem statement 2: How to enable a user to access new software components

7.1.3Problem statement 3: How to deal with device certification in the context of novel radio software components

7.1.4Problem statement 4: How to achieve software portability and execution efficiency

7.1.5Problem statement 5: How to enable a gradual evolution toward software reconfigurability

7.2The Regulation Framework: Relationship Between Software Reconfigurability and the Radio Equipment Directive

7.3Mobile Device Reconfiguration Classes: How the Level Of Reconfigurability Will Grow Over Time

7.4The ETSI Reconfiguration Ecosystem

7.5Code Efficiency and Portability Through the Radio Virtual Machine

7.6Multi-Radio Interface (MURI)

7.7RRS Software Reconfigurability For Hardware Updates

7.8The ETSI Software Reconfiguration Solution in Comparison to Other Alternatives

7.9ETSI Security Framework for Software Reconfiguration

7.101Responsibility Management

7.11Conclusion

Chapter 8: Outlook

Appendix A

1.1List of acronyms

Index

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