Additionally, the string snapping method achieved a relative improvement of 8% over corner snapping alone.
The 9-DOF method achieved a median PDE of 0.49 mm (compared to 2.53 mm for the 6-DOF method) and demonstrated robustness in the unconstrained imaging geometry.
The proposed method achieved a good generalization capability, classifying the three different attributes with good accuracy.
The HW-ACE method achieved a ninefold higher uranium extraction capacity (1,932 mg g−1) without saturation and fourfold faster kinetics than conventional physicochemical methods using uranium-spiked sea water.
The mechanised CTL harvesting method achieved a productivity range of 1.3 0.5 odt h−1 for the harvesting operation.
The method achieved a satisfactory performance in terms of both fault-pattern recognition and fault-size evaluation.
This method achieved a lower limit of quantitation of 5��pg from 0.1-mL plasma aliquots and 200-fold sensitivity of that without derivatization.
The method achieved a branch detection accuracy of 89.2% in a set of 141 test images acquired during full-foliage canopy.
As a result, this proposed method achieved a linear range response from 50 aM to 10 pM with lower detection limit of 20 aM.
Compared with other toughening methods, this method achieved a more significant improvement in ductility and toughness while reducing material consumption and part weight.
The method achieved a sleep/wake classification accuracy of 96.5%, and sleep episode on/offset detection F1 scores of 0.85 and 0.82, respectively, with mean errors of 5.3 and 5.5 min, respectively, when compared with sleep/wake state and sleep episode on/offset assessed using actigraphy and sleep diaries.
