Unit V : Navigation and Testing
Across
- 3. the use of algorithms and machine learning to enable autonomous systems to make decisions and operate independently.
- 4. testing the functionality and reliability of an autonomous system's hardware and software components while the system is in flight or in operation.
- 6. potential developments and advancements in the field of navigation and testing.
- 9. testing the functionality and reliability of an autonomous system's hardware and software components while they are stationary and connected to a ground control station.
- 11. considering the moral and ethical implications of using autonomous systems, particularly in military or surveillance applications.
- 14. software that allows operators to remotely control and monitor an autonomous system.
- 15. the development of standardized testing procedures and protocols to ensure that autonomous systems are thoroughly tested and evaluated before deployment.
Down
- 1. pre-determined locations that an autonomous system can navigate to in order to complete a mission.
- 2. involves determining the position and direction of an autonomous system.
- 5. the ability of an autonomous system to learn from its experiences and improve its performance over time.
- 7. evaluating the functionality and reliability of an autonomous system's hardware and software components.
- 8. the process of combining different components and subsystems of an autonomous system into a cohesive and functional whole.
- 10. obstacles and issues that must be overcome in order to improve the safety and reliability of autonomous systems.
- 12. ensuring that autonomous systems operate safely and without posing a threat to humans or the environment.
- 13. devices that detect and respond to changes in an autonomous system's environment.