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. 2022 Nov 4;16:1009654. doi: 10.3389/fnins.2022.1009654

TABLE 3.

Mean values and (standard deviations) for the Dice values, area under the ROC curve (AUC), volume errors, and absolute volume errors of each tissue outcome prediction method.

Total IA patients IV patients
Dice Tmax thresholding 0.249 (0.214) 0.217 (0.204) 0.324 (0.220)
Random decision forest 0.262 (0.213) 0.206 (0.188) 0.300 (0.211)
Param-UNet 0.287 (0.229) 0.252 (0.217) 0.369 (0.240)
RC-Simple 0.276 (0.232) 0.259 (0.220) 0.314 (0.244)
RC-Causal 0.286 (0.228) 0.260 (0.219) 0.346 (0.240)
CTC-Causal 0.296 (0.234) 0.264 (0.211) 0.384 (0.264)
ROC-AUC Tmax thresholding 0.693 (0.320) 0.690 (0.301) 0.698 (0.362)
Random decision forest 0.740 (0.125) 0.741 (0.120) 0.737 (0.140)
Param-UNet 0.773 (0.146) 0.781 (0.147) 0.768 (0.144)
RC-Simple 0.764 (0.184) 0.770 (0.186) 0.767 (0.182)
RC-Causal 0.768 (0.153) 0.783 (0.147) 0.747 (0.167)
CTC-Causal 0.791 (0.142) 0.786 (0.133) 0.802 (0.159)
Volume error (ml) Tmax thresholding 83.8 (95.1) 93.2 (85.1) 61.42 (113.54)
Random decision forest 48.2 (98.5) 48.8 (83.5) 46.5 (128.5)
Param-UNet 53.6 (100.0) 53.8 (88.1) 53.1 (124.9)
RC-Simple 66.4 (141.8) 48.1 (82.1) 109.9 (223.5)
RC-Causal 58.8 (122.4) 36.5 (85.5) 111.8 (172.4)
CTC-Causal 48.5 (93.6) 50.1 (89.0) 44.7 (104.8)
Abs. volume error (ml) Tmax thresholding 107.8 (66.4) 108.6 (64.1) 106.0 (72.4)
Random decision forest 86.6 (66.9) 76.4 (59.0) 110.9 (78.4)
Param-UNet 89.1 (70.1) 81.2 (63.6) 107.8 (81.3)
RC-Simple 106.3 (114.7) 72.4 (61.5) 186.8 (163.1)
RC-Causal 97.1 (94.8) 68.4 (62.7) 165.2 (120.8)
CTC-Causal 77.4 (71.5) 76.7 (67.1) 78.8 (81.7)

IA indicates treatment with intra-arterial mechanical thrombectomy with or without thrombolysis, while IV indicates treatment with thrombolysis only.

The values corresponding to the best model performance for each performance metric are shown in bold.

Abbreviated model names correspond to: Tmax thresholding, random decision forests (RDF), deep learning from perfusion parameter maps (Param-UNet), deep learning from deconvolved residual curves with convolutional (RC-Simple) or causal convolutional (RC-Causal) feature extraction, and deep learning from source concentration-time curves (CTC-Causal).