Expert LED TV Repair Center Lahore

TP.MS358.PC821

“TP.MS358.PC821 main board: The backlight would turn on for a short time and then turn off. Upon fault finding, a 100-ohm resistor was found to be defective. After replacing this resistor, the board started working properly>

Augmented Feedback Control (AEK) is a system used to enhance the performance of a control system by providing additional information or feedback to the controller. This feedback helps the system to correct any deviations from the desired output more effectively.

How Does Augmented Feedback Control Work?

1. Measurement: The system starts by measuring the actual output of the process or system being controlled. Sensors or measurement devices are used for this purpose.
2. Comparison: The measured output is then compared to the desired output or setpoint. This comparison helps to determine the error, which is the difference between the actual output and the desired output.
3. Feedback: The error is fed back into the control system. This is where the “augmented” part comes in. The feedback can be enhanced or augmented with additional information, such as predictions, historical data, or external inputs, to improve accuracy and response time.
4. Correction: Based on the feedback, the controller adjusts the control inputs to minimize the error. This adjustment can be done using various control strategies like Proportional-Integral-Derivative (PID) control, adaptive control, or machine learning algorithms.
5. Implementation: The corrected control inputs are applied to the process or system. This results in a new output, which is again measured, compared, and adjusted, creating a continuous loop.

Benefits of Augmented Feedback Control

• Improved Accuracy: By providing additional information, the system can correct errors more precisely.
• Faster Response: Enhanced feedback can lead to quicker adjustments, reducing the time taken to reach the desired output.
• Adaptive: The system can adapt to changes in the environment or the process, maintaining optimal performance.
• Robustness: Augmented feedback helps in dealing with disturbances and uncertainties more effectively.

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