The performance gain of using page-locked memory and explicit execution of the radix-2 CUDA FFT source was analysed over a range of batch sizes.
The reaction heat and the heat transfer coefficient are estimated online based on simple physically motivated relations applicable to a wider range of batch reactors.
To compare the methods' performances over a range of batch sizes, we re-set batch sizes at 20, 40 and 100 samples, re-generated the AAS data and recalculated the AUCs.
The second simulated set, the Accuracy Assessment Simulated (AAS) data, consisted of 100 cases and 100 controls, with 1,200 out of 10,000 genes being differentially expressed with 12 different fold change values ranging from −3 to 3. The data incorporated a range of batch sizes and variable amounts of batch effects.
They ranged from <0.5% for SHBG to 13.0% in the low concentration range of batch 1 for E1.
During the data generation process, a wide range of batch variables were recorded in a purpose-built laboratory information management system (LIMS).
In addition, during the data generation process a wide range of batch variables were recorded in a purpose-built laboratory information management system (LIMS).
The ( {upalpha^{mathrm{C}}}_{{mathrm{C}mathrm{H}}_4hbox {mathrm{C}mathrm{O}}_2} ) range of the MC batches overlapped with but was partly lower than those of the TC batches (Fig. 4a).
Even though the Synthon FOGA was designed to copy and compete with Copaxone, the active substances were found to be similar in only 7 of the tested 14 (50%) methods (similar is defined as within approved specifications or within the inherent microheterogeneity range of tested Copaxone batches, or not showing statistically significant differences).
Model configurations examined included a range of MTS per batch of between 20-400 (inconfigurationsuratiofs of different numbers of MTS per batch for anterograde versus retrograde signals), and activation or inhibition thresholds of between 10 and 100 MTS.
The detection limits ranged from 0.11 to 0.23 μg kg−1 with relative standard deviations varying in the range of 3.6 9.2% (intra-batch) and 6.9 12.1% (inter-batch), respectively.
