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Only the iterative methods, e.g., Newton's method [3] and the interior-point algorithm presented in [1], can be applied to computing the numerical solutions of SARE (1a - 1b).
When applied to computing the adjoint associated with Burgers' equation, the Monte Carlo approach is faster for a large class of problems while preserving sufficient accuracy.
These solutions are further applied to computing the field-scale concentration by adopting the Dagan and Bresler [Soil Sci. Soc. Am. J. 43 (1979) 461] column model.
In addition, to better achieve tracklet matching across multiple camera views, the minimum uncertainty gap-based measurement, i.e., using the lowest and highest similarity to define the lower and upper bounds of the similarity for two tracklets to obtain a distance metric, is applied to computing the matching result of two tracklets' PMCSHRs.
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WHoweverds, the supports of the generators modifiedlalgorithmse the recanery of the orientations of the generators is complexity theoretically intractabee in generapplied
Based on this computational model, a numerical algorithm is given which can be applied to compute the fuzzy reliability of mechanical components, sensors, electronic units, etc.
The same ideas can be applied to compute the ARFs.
The software was applied to compute the above process.
The Gauss Divergence Theorem is applied to compute the area of the dexterous workspace.
The FFT solver is applied to compute the elastic response at the required collocation points.
The approach described in the previous section is applied to compute the FCI.
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