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'No change' in the parameter was concluded when the symptoms were the same.
The parameter was set to 7.5 for GC, 12.5 for SI and 15 for MC and CU.
The parameter was deduced from the XRD pattern.
The parameter was therefore written using the 'Write parameter' button[6, 10, 12]. Figure 8 Dialog for disabling acknowledgement.
The parameter was repeatedly increased or decreased until the fit residual exceed the original fit residual by more than 5%.
For each point within the subset of the database, the parameter was perturbed by 10 20% and the expert system was run to predict the best correlation(s).
Eventually, the confidence limit of the parameter was obtained from linear interpolation between the last and second last increment for an increase in fit residual of 5%.
The parameter was kept fixed in all situations, that is, it was assumed that the hearing aid user does not adjust this according to the acoustical situation.
Using the MeshLab [8] tool, we applied random vertex displacement filter by varying the maximum displacement parameter (The parameter was set as 0.1, 0.2, and 0.3 for modification levels 1, 2, and 3, respectively).
The value of the parameter was estimated from the measured value of our signal and the estimated power of the noise data to be in the range of to.
No frictional data specific for the PEEK-UHMWPE bearing couple is available, hence the parameter was kept the same for both and set slightly high to not underestimate its contribution to the predicted stresses.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com