The proposed voltage limiter design takes advantage of the implemented bandgap reference and voltage regulator blocks in order to provide low deviation of the limiting voltage due to temperature variation and process dispersion.
Resistance testing results revealed a significant increasing of resistance as the concentration of MnSO4·H2O increases and thereby a quadratical relationship between them was primly fitted with low deviation of 5.75%.
It was observed that a fine mesh with around 700,000 elements, specifically with mesh refinement next to the wall surfaces, would be sufficient to obtain mesh independent results with a low deviation of 0.56 %, which is presented in detail in Table 3.
It was observed that taking the outlet velocity components at overflow and underflow as the grid study criterions, a fine mesh with around 150,000 elements would be sufficient to obtain mesh independent results with a low deviation of about 0.3 %, which is presented in detail in Table 2.
The low deviation of these parameters could be attributed to the abundance of PSA/cyclin D training data.
The contribution the non-oxidative PPP, the glycolysis, the fructofuranosidase synthesis as well as transport processes was rather constant as indicated by the low deviation of corresponding fluxes.
Some examples of complexes with very low deviation of dN/dS values include Ubiquitin E3 ligase [CORUM 386] and the MKK4-ARRB2-ASK1 complex [CORUM:1297] with a standard deviation of 0.0007 and 0.001, respectively.
The proposed neural network models showed high accuracy in predicting the P b, B ob, and µ ob values, and achieved the lowest relative error, lowest absolute percent relative error, lowest minimum error, lowest maximum error, and lowest standard deviation of relative error.
From Table 10 we note that the best model with PUK kernel, both the lowest average and the lowest standard deviation of the correlation coefficient was set at p-value less than 10-2.
For each of the movements, three positions have always been studied: low deviation (60° of flexion and abduction; 30° of rotation), the medium deviation in the middle of the motions' range (90° of flexion and abduction; 45° of rotation) and the high deviation (120° of flexion and abduction; 60° of rotation).
