Which of the following is NOT a function of interference zones?

Interference zones play a critical role in ensuring the safe integration of robotic systems within operational environments. Their primary functions include monitoring specific outputs, preventing collisions between robots or robots and humans, and creating designated safety zones to mitigate risks.

When considering the specific option related to controlling power supply, this function does not fall under the typical responsibilities associated with interference zones. Instead, controlling the power supply is usually managed by different systems or components within the overall robotic or automated system framework. This task involves ensuring that the robots and their associated machinery receive the appropriate energy and do not overdraw from the supply. Therefore, it is distinct from the spatial and safety functions that interference zones are designed to fulfill.

Monitoring specific outputs relates to the real-time tracking of the robot's performance and operational status, which is essential for optimal functioning and safety. Preventing collisions emphasizes the need for spatial awareness in environments where robots operate alongside humans or other machines. Creating safety zones establishes physical boundaries to protect personnel and equipment, highlighting the importance of safe operational practices. Each of these functions aligns closely with the overarching goal of mitigating risks associated with robotic operations.