Which of the following best describes the nature of inputs required by controlled line of sight systems?

Controlled line of sight systems, such as those used in military aircraft or drone operations, often rely on a combination of manual input from operators and computer-assisted systems. This hybrid approach allows the operators to maintain direct control over the system while benefiting from the advanced capabilities of technology.

The manual input ensures that the operator can react to dynamic and unpredictable conditions in real-time, utilizing their skills and judgment to make immediate adjustments. Conversely, the computer-assisted control can provide various forms of support such as stabilization, automated target tracking, and data processing, which enhances the overall effectiveness and responsiveness of the system.

This combination also allows for enhanced functionalities, as the operator can focus on strategic and tactical decisions while the technology aids in operational execution, making them more effective in managing complex tasks.

In contrast, a system that relies solely on automatic control without human intervention would lack the necessary adaptability and critical thinking that live operators provide. Likewise, fully manual systems would not leverage the efficiency and accuracy that computer-assisted elements can contribute. Therefore, the most accurate description of inputs for controlled line of sight systems emphasizes the collaborative integration of both manual and computer-assisted controls.