To prevent accidents and ensure passenger safety.

To maximize vehicle performance and efficiency.

To reduce maintenance costs and downtime.

To enhance the user experience and comfort.

Sensor technology.

Artificial intelligence.

Data communication.

All of the above.

It enables the vehicle to perceive its surroundings accurately.

It helps the vehicle make informed decisions and take appropriate actions.

It enhances the vehicle's ability to communicate with other vehicles and infrastructure.

All of the above.

It processes sensor data and makes decisions in real time.

It enables the vehicle to learn from experience and improve its performance over time.

It helps the vehicle adapt to changing conditions and environments.

All of the above.

It allows the vehicle to share information with other vehicles and infrastructure.

It enables the vehicle to receive updates on traffic conditions and road closures.

It helps the vehicle coordinate its actions with other autonomous vehicles.

All of the above.

It ensures that critical systems have backups in case of failure.

It enhances the vehicle's ability to detect and respond to faults.

It increases the overall reliability and availability of the vehicle.

All of the above.

It helps identify and fix potential issues before deployment.

It ensures that the vehicle meets all safety and regulatory requirements.

It provides confidence in the vehicle's performance and reliability.

All of the above.

It protects the vehicle from unauthorized access and attacks.

It ensures the integrity and confidentiality of data transmitted and stored in the vehicle.

It prevents malicious software from compromising the vehicle's systems.

All of the above.

It enables the driver to override the vehicle's decisions in critical situations.

It provides the driver with information and feedback about the vehicle's status and actions.

It allows the driver to customize the vehicle's behavior and preferences.

All of the above.

It ensures that the vehicle's behavior aligns with societal values and norms.

It helps address concerns about privacy, transparency, and accountability.

It promotes responsible development and deployment of autonomous vehicles.

All of the above.

It enables the vehicle to adapt to changing conditions and environments.

It helps the vehicle learn from new experiences and improve its performance over time.

It enhances the vehicle's ability to detect and respond to faults and anomalies.

All of the above.

They establish minimum safety requirements for autonomous vehicles.

They promote harmonization and consistency in the development and deployment of autonomous vehicles.

They help ensure that autonomous vehicles are tested and validated to meet safety standards.

All of the above.

It encourages people to use autonomous vehicles, leading to more data and experience for improvement.

It promotes responsible development and deployment of autonomous vehicles by manufacturers.

It helps identify and address concerns and misconceptions about autonomous vehicles.

All of the above.

It enables sharing of knowledge, resources, and expertise among stakeholders.

It promotes cross-disciplinary research and development.

It facilitates the development of common standards and best practices.

All of the above.

It enables the identification of potential issues and trends.

It helps track the performance and reliability of autonomous vehicles over time.

It facilitates the development of targeted interventions and improvements.

All of the above.