Display Driver Command Signal Filtering via Sampling Logic

The patent applies preliminary action by recording multiple command values in advance before determining the final correct value. The sampling circuit captures N command values (N≥2) from the command signal, storing them temporarily in a shift register before the logic circuit processes them to identify the most probable correct value through majority voting or comparison logic.

The patent implements feedback by using the recorded command values to verify and correct the current command signal. The logic circuit compares the N recorded command values, identifies the most frequent or most probable correct value, and uses this feedback to generate a corrected command signal that compensates for interference or errors in the original signal.

The patent applies segmentation by dividing the command signal processing into distinct functional modules: a sampling circuit that records N command values, a shift register that stores these values, and a logic circuit that analyzes them. This modular segmentation allows each component to perform a specific function, making the overall system more manageable and easier to implement with standard digital circuit elements.

The patent uses copying by creating N copies of the command signal values and storing them in the shift register. Instead of complex real-time analysis, the system makes multiple copies of the command values at different sampling points, then compares these copies to identify the correct value. This copying approach simplifies the logic circuit design, as it only needs to compare pre-captured values rather than perform complex real-time computations.