What type of study is this?

This is a Experimental Study study.

MOSA C2 for Autonomous Vehicles to Counter UAS, SWARM, and Ground-Based Robotic Threats

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This approach enhances force protection using command and control systems for autonomous vehicles, suggesting adaptability and interoperability.

The modular open systems approach enhances force protection against UAS and robotic threats through enhanced command and control.
Key technologies include artificial intelligence and machine learning for threat detection and autonomous decision-making.
The systems design emphasizes modularity and scalability, enabling integration with diverse sensors for effective threat management.
Lifecycle management strategies ensure continual updates to adapt to evolving threats and leverage new technologies.

Davidson et al. (2025) studied this question.

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View Full Paper

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Authors

This approach enhances force protection using command and control systems for autonomous vehicles, suggesting adaptability and interoperability.

The modular open systems approach enhances force protection against UAS and robotic threats through enhanced command and control.
Key technologies include artificial intelligence and machine learning for threat detection and autonomous decision-making.
The systems design emphasizes modularity and scalability, enabling integration with diverse sensors for effective threat management.
Lifecycle management strategies ensure continual updates to adapt to evolving threats and leverage new technologies.

Davidson et al. (2025) studied this question.

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