## 3 Results
### Segmentation of the Transducer Region (TLSM Approach)
\begin{table}
\begin{tabular}{c c} \hline
**Parameters Values** & **Highest Values for the F-Measure Median** \\ \hline _phi\_0 = W\({}_{d}-32\), _a_gelpad_ = \(-3\) & **0.9524 (0.9365–0.9610, IQR 0.0245)** \\ _phi\_0 = W\({}_{d}-25\), _a_gelpad_ = \(-1\) & 0.9401 (0.9224–0.9527, IQR 0.0303) \\ _phi\_0 = W\({}_{d}-25\), _a_gelpad_ = \(-2\) & 0.9345 (0.9190–0.9503, IQR 0.0312) \\ _phi\_0 = W\({}_{d}-26\), _a_gelpad_ = \(-0.5\) & 0.8811 (0.8463–0.9097, IQR 0.0634) \\ _phi\_0 = W\({}_{d}-26\), _a_gelpad_ = \(-1\) & 0.9403 (0.9214–0.9528, IQR 0.0313) \\ _phi\_0 = W\({}_{d}-26\), _a_gelpad_ = \(-2\) & 0.9346 (0.9194–0.9505, IQR 0.0311) \\ _phi\_0 = W\({}_{d}-27\), _a_gelpad_ = \(-1\) & 0.9382 (0.9191–0.9496, IQR 0.0305) \\ _phi\_0 = W\({}_{d}-27\), _a_gelpad_ = \(-2\) & 0.9347 (0.9192–0.9505, IQR 0.0313) \\ _phi\_0 = W\({}_{d}-28\), _a_gelpad_ = \(-1\) & 0.9372 (0.9172–0.9489, IQR 0.0317) \\ _phi\_0 = W\({}_{d}-28\), _a_gelpad_ = \(-2\) & 0.9350 (0.9193–0.9506, IQR 0.0313) \\ _phi\_0 = W\({}_{d}-29\), _a_gelpad_ = \(-1\) & 0.9359 (0.9087–0.9477, IQR 0.0390) \\ _phi\_0 = W\({}_{d}-31\), _a_gelpad_ = \(-2\) & 0.9351 (0.9197–0.9509, IQR 0.0311) \\ _phi\_0 = W\({}_{d}-30\), _a_gelpad_ = \(-1\) & 0.9337 (0.9038–0.9477, IQR 0.0439) \\ _phi\_0 = W\({}_{d}-30\), _a_gelpad_ = \(-2\) & 0.9355 (0.9197–0.9509, IQR 0.0312) \\ _phi\_0 = W\({}_{d}-31\), _a_gelpad_ = \(-1\) & 0.9297 (0.9856–0.9463, IQR 0.0506) \\ _phi\_0 = W\({}_{d}-31\), _a_gelpad_ = \(-2\) & 0.9355 (0.9197–0.9511, IQR 0.0314) \\ _phi\_0 = W\({}_{d}-32\), _a_gelpad_ = \(-1\) & 0.9284 (0.8822–0.9453, IQR 0.0631) \\ _phi\_0 = W\({}_{d}-32\), _a_gelpad_ = \(-2\) & 0.9353 (0.9198–0.9513, IQR 0.0315) \\ _phi\_0 = Automatic, _a_gelpad_ = \(0\) & 0.9266 (0.9148–0.9338, IQR 0.0190) \\ _phi\_0 = Automatic, _a_gelpad_ = \(-0.5\) & 0.9313 (0.9188–0.9395, IQR 0.0207) \\ _phi\_0 = Automatic, _a_gelpad_ = \(-1\) & 0.9343 (0.9232–0.9459, IQR 0.0226) \\ _phi\_0 = Automatic, _a_gelpad_ = \(-2\) & 0.9463 (0.9320–0.9558, IQR 0.0237) \\ _phi\_0 = Automatic, _a_gelpad_ = \(-3\) & 0.9470 (0.9330–0.9581, IQR 0.0250) \\ _phi\_0 = W\({}_{d}-25\), _a_gelpad_ = \(-1\) & 0.9359 (0.9127–0.9478, IQR 0.0351) \\ _phi\_0 = W\({}_{d}-25\), _a_gelpad_ = \(-2\) & 0.9536 (0.9418–0.9602, IQR 0.0184) \\ _phi\_0 = W\({}_{d}-25\), _a_gelpad_ = \(-3\) & 0.9516 (0.9350–0.9587, IQR 0.0237) \\ _phi\_0 = W\({}_{d}-26\), _a_gelpad_ = \(-2\) & 0.9327 (0.9128–0.9475, IQR 0.0346) \\ _phi\_0 = W\({}_{d}-26\), _a_gelpad_ = \(-2\) & 0.9541 (0.9419–0.9602, IQR 0.0184) \\ _phi\_0 = W\({}_{d}-26\), _a_gelpad_ = \(-3\) & 0.9516 (0.9351–0.9587, IQR 0.0237) \\ _phi\_0 = W\({}_{d}-27\), _a_gelpad_ = \(-1\) & 0.9327 (0.9107–0.9467, IQR 0.0360) \\ _phi\_0 = W\({}_{d}-27\), _a_gelpad_ = \(-2\) & 0.9547 (0.9422–0.9604, IQR 0.0182) \\ _phi\_0 = W\({}_{d}-27\), _a_gelpad_ = \(-3\) & 0.9519 (0.9366–0.9589, IQR 0.0223) \\ _phi\_0 = W\({}_{d}-28\), _a_gelpad_ = \(-1\) & 0.9308 (0.9095–0.9468, IQR 0.0374) \\ _phi\_0 = W\({}_{d}-28\), _a_gelpad_ = \(-2\) & 0.9546 (0.9422–0.9605, IQR 0.0183) \\ _phi\_0 = W\({}_{d}-28\), _a_gelpad_ = \(-3\) & 0.9521 (0.9367–0.9594, IQR 0.0227) \\ _phi\_0 = W\({}_{d}-29\), _a_gelpad_ = \(-1\) & 0.9303 (0.9086–0.9470, IQR 0.0384) \\ _phi\_0 = W\({}_{d}-29\), _a_gelpad_ = \(-2\) & 0.9543 (0.9422–0.9606, IQR 0.0184) \\ _phi\_0 = W\({}_{d}-29\), _a_gelpad_ = \(-3\) & 0.9521 (0.9368–0.9596, IQR 0.0228) \\ _phi\_0 = W\({}_{d}-30\), _a_gelpad_ = \(-1\) & 0.9303 (0.9077–0.9466, IQR 0.0389) \\ _phi\_0 = W\({}_{d}-30\), _a_gelpad_ = \(-2\) & 0.9545 (0.9424–0.9607, IQR 0.0184) \\ _phi\_0 = W\({}_{d}-30\), _a_gelpad_ = \(-3\) & 0.9521 (0.9368–0.9596, IQR 0.0228) \\ _phi\_0 = W\({}_{d}-31\), _a_gelpad_ = \(-1\) & 0.9299 (0.9059–0.9454, IQR 0.0395) \\ _phi\_0 = W\({}_{d}-31\), _a_gelpad_ = \(-2\) & 0.9546 (0.9425–0.9611, IQR 0.0186) \\ _phi\_0 = W\({}_{d}-31\), _a_gelpad_ = \(-3\) & 0.9522 (0.9365–0.9610, IQR 0.0244) \\ _phi\_0 = W\({}_{d}-32\), _a_gelpad_ = \(-2\) & 0.9547 (0.9424–0.9612, IQR 0.0189) \\ \hline \end{tabular}
\end{table}