Author input needed; blocks the estimator sentence in #39 and #42 (SCI-04, S-CD.2) and Table 4 line 1017.
Results 345-348 now says that Yuan et al. (2021) rank trace stretching below DTW in noise robustness on their heterogeneous full-wave simulations, attributed in iteration 1 to their Table B3. The iteration-2 citation subagent could retrieve the page text but not the table body; the retrievable text names WTS and MWCS as "the most robust methods against noise" for perturbations of -0.5 to 0.5 percent with 0 to 30 percent added noise. As a co-author of that paper, please confirm:
Author input needed; blocks the estimator sentence in #39 and #42 (SCI-04, S-CD.2) and Table 4 line 1017.
Results 345-348 now says that Yuan et al. (2021) rank trace stretching below DTW in noise robustness on their heterogeneous full-wave simulations, attributed in iteration 1 to their Table B3. The iteration-2 citation subagent could retrieve the page text but not the table body; the retrievable text names WTS and MWCS as "the most robust methods against noise" for perturbations of -0.5 to 0.5 percent with 0 to 30 percent added noise. As a co-author of that paper, please confirm: