feedback control
Feedback control is a process used to maintain the stability of a system by adjusting its performance based on the difference between the desired outcome and the actual outcome. Imagine a thermostat regulating room temperature: when the temperature drops below the set level, it activates the heating system until the desired warmth is reached. This ongoing adjustment—based on feedback from the environment—ensures the system operates effectively and efficiently, whether in engineering, biology, or daily activities. Essentially, feedback control helps systems correct themselves to reach and maintain specific goals.
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Feedback control is a process used to ensure that a system operates effectively by adjusting its actions based on performance. Think of a thermostat that controls room temperature: it monitors the current temperature and compares it to the desired setting. If the temperature is too low, the heater turns on until the desired warmth is reached. Feedback control works similarly in various systems, like engines or even human behavior, where constant adjustments are made based on the outcomes to achieve the intended goal. It helps maintain stability and efficiency in both mechanical and biological systems.