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During the last two decades, the tendency to propose probability models to deal with survival data has increased.
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Numerical results also indicate the proposed probability method exhibits preferable advantage over the conventional design method merely using empirical safety coefficient.
The simulation results have shown that the proposed placement method combined with the proposed probability based dynamic-alternate routing algorithm yields smaller connection blocking probability than the two converter placement methods with their corresponding alternate routing algorithms.
The proposed probability model is capable of accurately predicting the maximum rotation of a symmetric rocking block given the displacement design spectra, peak ground acceleration, peak ground velocity, and arias intensity of an earthquake.
The proposed probability model has a good performance in predicting the short-term prognosis.
b The compared area overlap (AO) Fig. 14 The compared results using our proposed probability map- and local entropy-based methods.
This investigations revealed that: The newly proposed probability density evolution method (PDEM) can be applied to the analysis of the chloride diffusion coefficient for RAC.
The newly proposed probability density evolution method (PDEM) can be applied to the analysis of the chloride diffusion coefficient for RAC.
PR and PPR values are very similar but their difference lies in whether or not the proposed probability vector over vertices is unified for all the vertices and/or each node.
Three images with segmented results are shown in Fig. 11, where red, green, and blue lines denote the segmented results using local entropy, our proposed probability map, and manual segmentation (ground-truth segmentation), respectively.
Red contour denotes the detected nuclear boundary by our method, and green contour denotes the boundary by the local entropy-based method Fig. 15 The compared results using our proposed probability map- and local entropy-based methods.
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