Sentence examples for color coefficients from inspiring English sources

We explore the possibility of using NCS in IQA by modeling color coefficients.

The robustness performance of our wavelet based watermarking algorithm (presented in Section 2), which uses the relation between wavelet color coefficients, is enhanced with the help of error correcting codes.

When the image is not completely desaturated then the difference between the wavelet color coefficients is changed in relative proportion to the changes in saturation and the watermarking algorithm is able to decode the signature without the help of error correcting.

The lens considered in Section 3.2.2 shows positive axial color coefficients at its surfaces (Table 4).

These coefficients are approximate, while the exact color coefficients derived in Eqs.

Axial color coefficients in Table 2 show an interesting compensation effect in axial chromatic aberration of the lens.

As mentioned in Section 3.2.1, a typical cornea shows a negative axial color coefficient.

By adding the C L coefficients of all surfaces in an optical system the total axial color coefficient is obtained.

Due to aging, the surfaces of the cornea get slightly more curved [ 25], which increases the magnitude of this negative corneal axial color coefficient.

A comparison of Tables 2 and 3 shows that the effect of the capsule is only 0.1percentt of the total axial color coefficient and thus can be ignored.

As a result, the total axial color coefficient of the lens is still negative (−0.000537) in comparison with Table 2, but its absolute value is reduced by 20%.