Experimental results are evaluated with respect to the correct accuracy performance of techniques.
As a model case to compare the performance of techniques to monitor the in vitro behaviour, poly(lactide-co-glycolide) (PLGA) scaffolds were chosen.
Laboratory measures may be used to assess more specifically the performance of techniques used to minimize hemorrhage and especially to address coagulopathy.
The present study demonstrates that it is of uppermost importance to test rigorously the performance of techniques for detecting rare cells such as micrometastases, before carrying out large-scale clinical studies.
Ultimately, noise reduces the performances of important techniques of image processing such as detection, segmentation, and classification.
RQ3: Initially, a test suite is selected from the test pool to compare the performances of prioritization techniques.
The performances of used techniques were evaluated by time dependent ROC curve and bootstrap.632+ prediction error curves.
Both simulation results and experimental tests confirm the good performances of the technique.
The effectiveness and performances of the technique are illustrated on a computer simulation platform.
These profiles support the accuracy analysis to study the performance of different techniques to obtain the most accurate techniques.
