We show that the scaling of the calculation time of the Green's function depends on the defect density of a random test system.
Moderate glaucoma was defined by a visual field with a mean defect of −12 – −6 dB, as tested on a Humphrey Field Analyzer (Carl Zeiss Meditec, Inc., Dublin, CA, USA) with a standard white on white, 24-2 SITA program.
To verify the size of the real defects of a UHF antenna radome, destructive testing has been performed by cutting the defect area, polishing the cross section and investigating the section using a 50× microscope.
Experimental results using the proposed system show that it identifies defects of test images effectively (Recall = 1.00, Precision = 0.95) and efficiently (Average response time = 0.64 s), and also achieves a high correctness in determining the types (Recall = 0.95, Precision = 0.96) for five classes of defects.
Test execution times and defect proneness of test cases have been adapted to bat algorithm while developing BITCP.
Of the final five mutants selected for animal testing, three showed statistically significant virulence attenuation that was not directly attributable to gross bacterial growth defects of the tested mutants.
To study the initiation and growth threshold of microcracks from small defects a specialised test method was developed.
These techniques are required to improve the product quality and reduce the defect level and test cost of a digital circuit, while at the same time simplifying the test, debug, and diagnosis tasks.
Misclassifications were not assigned to a certain type of cardiac defect (Chi-squared test; see also Table 3, classification of subgroups), indicating that POEE prediction is independent of the surgery performed.
Another concern relating to study validity was the failure of the 6 experts to agree completely on a sizable proportion of defect classifications for the test fields during the initial validation.
