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Accurate measurement of translational shifts by adaptively masking phase correlation

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ABSTRACT:

The measurement of translational shifts has an impact on applications in medical imaging, remote sensing and structural health monitoring. Phase correlation (PC) is a well-known method to measure displacement. However, the PC matrix is often degraded by phase noise and aliasing. Presented is a robust PC method based on adaptive masking and essentially non-oscillatory smoothing to reduce phase noise and aliasing. With this approach, translational shifts can be measured with an accuracy of 1/300 of a pixel as shown in the experimental results.


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Accurate measurement of translational shifts by adaptively masking phase correlation - 4.9 out of 5 based on 45 votes

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