Average processing time versus GPU utilization. by Shinan Ding (20783580)

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Comparison of the effects of human animation generated by different methods. by Shinan Ding (20783580)

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Rotation information in the coordinate system. by Shinan Ding (20783580)

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Human animation generation effect comparison. by Shinan Ding (20783580)

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Heatmap of Parameter Sensitivity Analysis for the PSO-KM Algorithm. by Hongwei Yue (574068)

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Heatmap of Parameter Sensitivity Analysis for the PSO-KM Algorithm. by Hongwei Yue (574068)

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Segmented retinal vessels and optic disc. by Chaoyang Zhao (588743)

Performance of the U-Net model with CellProfiler post-processing for detection and area determination of respiratory organoids on new data. by Anna Demchenko (18449439)

Performance of algorithms and clinician on clinical outcomes task. by Andrew McDonald (2307400)

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Comparison with the BST algorithm for the AF and CST bundles. by Thomas Durantel (20933812)

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unbalanced-optimal-transport-distance by Daniel Bedoya (12154692)

Results of liver segmentation task LiTS → Synapse by Jian Lin (323268)

“…<div><p>In unsupervised transfer learning for medical image segmentation, where existing algorithms face the challenge of error propagation due to inaccessible source domain data. …”

Computed AUROC and pixel accuracy for all four distinct datasets using all seven proposed algorithms. by Yubraj Gupta (7465394)

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Receiver operating characteristic curve for murmur detection algorithm. by Andrew McDonald (2307400)

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CatBoost algorithm structure to predict clinical outcome. by Andrew McDonald (2307400)

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Image 7_Segmentation of tobacco shred point cloud and 3-D measurement based on improved PointNet++ network with DTC algorithm.png by Yihang Wang (4731429)

“…</p>Methods<p>The point cloud data of the upper and lower surfaces of tobacco shred are segmented using the improved three-dimensional point cloud segmentation model based on the PointNet++ network. …”

Image 2_Segmentation of tobacco shred point cloud and 3-D measurement based on improved PointNet++ network with DTC algorithm.png by Yihang Wang (4731429)

“…</p>Methods<p>The point cloud data of the upper and lower surfaces of tobacco shred are segmented using the improved three-dimensional point cloud segmentation model based on the PointNet++ network. …”

Table 1_Segmentation of tobacco shred point cloud and 3-D measurement based on improved PointNet++ network with DTC algorithm.docx by Yihang Wang (4731429)

“…</p>Methods<p>The point cloud data of the upper and lower surfaces of tobacco shred are segmented using the improved three-dimensional point cloud segmentation model based on the PointNet++ network. …”

Image 4_Segmentation of tobacco shred point cloud and 3-D measurement based on improved PointNet++ network with DTC algorithm.png by Yihang Wang (4731429)

“…</p>Methods<p>The point cloud data of the upper and lower surfaces of tobacco shred are segmented using the improved three-dimensional point cloud segmentation model based on the PointNet++ network. …”

Image 6_Segmentation of tobacco shred point cloud and 3-D measurement based on improved PointNet++ network with DTC algorithm.png by Yihang Wang (4731429)

“…</p>Methods<p>The point cloud data of the upper and lower surfaces of tobacco shred are segmented using the improved three-dimensional point cloud segmentation model based on the PointNet++ network. …”