Using a Monte-Carlo simulation study, the techniques performances are evaluated for varying levels of segregation, between species (intra) correlation, level of measurement error and level of test significance.
Previous work has been performed to evaluate the performance of segmentation techniques based on the video domain, type of transition, and type of detection feature [17 19].
Accurate spatial consistency is needed to evaluate the performance of spatial techniques, e.g., multi-user MIMO, where the performance may be exaggerated because of non-independent fading.
Although ΔDRR exactly describes the reverberant energy suppression, it cannot be solely used to evaluate the dereverberation performance of equalization techniques, since it does not provide any insight on the reverberant energy decay rate.
To further evaluate the prediction performance among different techniques, the ROC curves on all the eight disease groups are provided in Supplementary Figure S1, indicating PUDI outperforms other techniques significantly.
From these experiments, we see the value of performing visualization experiments to evaluate the performance of proposed techniques for DNAPL remediation.
Alumina (Al2O3) coatings of different thickness were deposited on OT59 brass substrate (BS) using the metal organic chemical vapour deposition (MOCVD) technique to evaluate the corrosion performance by EIS measurements.
We executed 10-fold cross validation experiments to evaluate the performance of all the techniques on predicting general disease genes, and 3-fold cross validation on predicting disease genes for specific disease groups.
Laboratory and field tests are conducted to evaluate the performance of these techniques.
We present results of experiments run on the World Wide Web indexed by AltaVista and evaluate the performance of our techniques.
