<p>(a). St. Maxime:Initial curve of TCV; (b). St. Maxime:Initial curve of Proposed Algorithm; (c). Texas: Initial curve of TCV; (d). Texas:Initial curve of Proposed Algorithm; (e). Marker Fire: Initial curve of TCV; (f). Marker Fire:Initial curve of Proposed Algorithm.</p
<p>(a) Initial contour set by the CHT. (b) LBF. (c) CV. (d) NCV. (e) SMLV. (f) Ground truth.</p
<p>Comparison curves of average power for all algorithms with number of iterations.</p
Comparative performance curves: (a) Power loss distribution, (b) Efficiency curves.</p
<p>Comparative curves between the data of Normal Distribution curve and the proposed model output.</...
Comparison of the proposed approach in terms of Dice Coefficient using the Dataset 1 with algorithms...
<p>(a) EERs of the five preprocessing approaches for different distRatio values; (b) EER curves for ...
<p>TP, FP and FN for each algorithm. Note that each plot has a different scale, which is very low in...
<p>Comparison of cumulative area under the curve analysis among three categories in survival predict...
<p>Response curves for Cosine 0.8, Gaussian 0.4 and Sigmoid 2.4. The input is along the abscissa and...
<p>(<b>A</b>)–(<b>C</b>) Varying σ from 0.01 to 1 with <i>α</i> = 0.95 and <i>δ</i> = 1/4: (<b>A</b>...
<p>In panel (a), we plot the predicted log-intensity values of classifiers A, D, and E against the m...
<p>Comparison curves of average SIR for all algorithms with number of iterations.</p
Curve comparisons comparing 2 point linear fit with 6 point least square polynomial fits of differen...
Comparative performance curves: (a) D vs M, (b) D vs VS1/Vi, (c) D vs VS2/Vi, and (d) D vs VD1/Vi.</...
The Unified Curve and the Master Curve are two popular cleavage fracture toughness assessment engine...
<p>(a) Initial contour set by the CHT. (b) LBF. (c) CV. (d) NCV. (e) SMLV. (f) Ground truth.</p
<p>Comparison curves of average power for all algorithms with number of iterations.</p
Comparative performance curves: (a) Power loss distribution, (b) Efficiency curves.</p
<p>Comparative curves between the data of Normal Distribution curve and the proposed model output.</...
Comparison of the proposed approach in terms of Dice Coefficient using the Dataset 1 with algorithms...
<p>(a) EERs of the five preprocessing approaches for different distRatio values; (b) EER curves for ...
<p>TP, FP and FN for each algorithm. Note that each plot has a different scale, which is very low in...
<p>Comparison of cumulative area under the curve analysis among three categories in survival predict...
<p>Response curves for Cosine 0.8, Gaussian 0.4 and Sigmoid 2.4. The input is along the abscissa and...
<p>(<b>A</b>)–(<b>C</b>) Varying σ from 0.01 to 1 with <i>α</i> = 0.95 and <i>δ</i> = 1/4: (<b>A</b>...
<p>In panel (a), we plot the predicted log-intensity values of classifiers A, D, and E against the m...
<p>Comparison curves of average SIR for all algorithms with number of iterations.</p
Curve comparisons comparing 2 point linear fit with 6 point least square polynomial fits of differen...
Comparative performance curves: (a) D vs M, (b) D vs VS1/Vi, (c) D vs VS2/Vi, and (d) D vs VD1/Vi.</...
The Unified Curve and the Master Curve are two popular cleavage fracture toughness assessment engine...
<p>(a) Initial contour set by the CHT. (b) LBF. (c) CV. (d) NCV. (e) SMLV. (f) Ground truth.</p
<p>Comparison curves of average power for all algorithms with number of iterations.</p
Comparative performance curves: (a) Power loss distribution, (b) Efficiency curves.</p
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