As expected, fusing 3D and intensity information increases verification performances.
Query filtering reduces this overhead while increasing the rate of false positives, thus increasing verification time.
Several application examples illustrate the usefulness of our technique in increasing verification scalability.
Before proceeding to the results for the i-vector method, it may be beneficial to verify that the polynomial regression is the main reason for the increased verification performance.
Instead of a linear function between the end points, other types of functions, such as an exponential, may increase the verification performance.
An increase in verification time is likely to result in more fixations, more saccades and a greater sum of all these saccades (i.e., scan path).
The thresholding method, called sufficient speech evidence, increases the verification performance, especially for the low SNR levels.
While the use of Work Domain Analysis as a methodological framework in cognitive engineering is increasing rapidly, verification and validation of work domain models produced by this method are becoming a significant issue.
Lower thresholds are suitable when low rejection rate (high sensitivity) is required at the expense of increased erroneous verifications.
Third, the eQTL identified in this study might be limited by the small to moderate number of samples and ethnic populations available in the HapMapII project; therefore, the results should be further examined using additional samples from additional populations and require increased biological verifications.
