A self-repairing system in a humanoid android would consist of several key components. First, the android would need an advanced diagnostics system to constantly monitor its internal hardware and software for any signs of damage or malfunction. In case of detected issues, the system would isolate the affected area and initiate a repair protocol. The repair process might involve the use of nanobots, which are tiny robots capable of repairing or replacing damaged parts on a microscopic level. The android could also possess redundancies in its critical systems, allowing it to continue functioning even if one part fails. Finally, the use of adaptive and self-learning algorithms would enable the android to learn from the encountered issues and improve its self-repairing capabilities over time.
Imagine you are an expert in cybernetics and robotics. Explain how a self-repairing system would work within a humanoid android?