The co-existence of discrete and continuous independent variables in an engineering optimization problem with a multimodal objective function makes many methods incapable of solving the problem.
However, these methods require specialized equipment in laboratories, such as qPCR thermocyclers (∼$600000), turbidimeters, centrifuges, fluorescent microscopes, and so on, which render these methods incapable of rapid diagnosis of meningitis in the field or in low-resource settings.
The standard Differential GPS (DGPS) method is incapable of completely eliminating the ionospheric error.
Based on underlying white noise model, classical wavelet threshold de-noising method is incapable of eliminating colored noise.
It was confirmed that the present method was incapable of detecting l-amino acids (LAA) when a sample solution consisting of both LAAs and DAAs was examined.
However, the weighting-based short test method is incapable of estimating the possible differences caused by the shifted reference curve system.
It appears that this method, although incapable of detecting crustal deformation accompanying source migration in the direction of plate subduction, can detect deformation accompanying source migration orthogonal to subduction, to some extent.
The present method is incapable of detecting independent control of roll, yaw and side force.
They also control yaw and roll moments, but as discussed above, the present method is incapable of detecting that they can do so independently of side force.
