The phrase "a subsequent computation of" is correct and usable in written English.
It can be used when referring to a calculation or analysis that follows a previous step or event.
Example: "After the initial data collection, a subsequent computation of the results revealed significant trends."
Alternatives: "a following calculation of" or "a later analysis of".
One interpretation of such representations is that they are needed for subsequent computation of a reward prediction error (Rangel and Hare, 2010).
Method 2 generates maps of urban land use for subsequent computation of estimates of catchment imperviousness based on an urban extent index.
What is not discussed in the present paper is an unbinding procedure for particles that are located inside the volume occupied by a certain halo but not gravitationally bound to it, as well as the subsequent computation of halo properties.
To make this more explicit in the Discussion, we have added: " These signals may still remain of functional significance for other computations (such as subsequent computation of the reward prediction error (Rangel and Hare, 2010)." And: " A further important caveat is that chosen value correlates may be explained by different mechanisms at different points in the trial".
Since these particular effects are not comprehensively captured based on conventional tests currently used for filler characterization which mainly evaluate particle size, presence of harmful fines, and morphological properties, the HMA mix design can benefit from characterization of fillers and mastics in terms of the SFE and subsequent computation of the energy parameters included in this study.
After geometry optimization the maximum absorption wavelength of each compound was calculated by semi-empirical methods followed by subsequent computation of molecular descriptors.
The original PolSAR image has huge amounts of data, but the subsequent computation of the data can be greatly reduced by using the superpixels method.
By comparing the two figures, it could be seen that more noises existed in the detail signals of the first generation wavelet transform, which would affect the subsequent computation of modulus maxima if noises were severe.
Even so, subsequent computation of homography transform matrices is still computationally costly, and thus, it is interesting to ask that is it possible to design forward blur model to benefit from FFT for efficient non-uniform deblurring?
