In summary, we demonstrate that the computer-based eMPC algorithm with a variable sampling interval is more effective in achieving and maintaining TGC in patients after cardiac surgery than both the relative glucose levels change based Bath protocol and the absolute glucose value based Matias protocol.
Results from the steering test demonstrated that the computer model was controlled precisely.
Nevertheless, iterative interpolation, or numerical retrodiction, demonstrates that the computer generated trajectories are shadowed within strict error bounds by exact Čebyšev iterates.
In this study, we have clearly demonstrated that the computer program, ASAPprime®, originally developed to predict the rates of degradation of SDFs arising from chemical reactions can also be used to predict changes in dissolution.
Comparison of the segmentation product generated by the algorithm with those generated by independent human analysts demonstrates that the computer algorithm and the manually derived products have just less than eighty percent correspondence.
It is demonstrated that the computer codes available at Forschungszentrum Karlsruhe can be used for the complete analyses of the containment behaviour and the accident consequences, provided that the design data of the nuclear reactor and information on the initiating phase of the accident are available.
The highly significant correlation between the experiment-derived fitness data and our computational simulations demonstrated that the computer-generated predictions were often as reliable as the experimental data.
Our operative procedure demonstrates that the computer-assisted planning with construction of a wax model and an osteotomy template is a useful approach to plan the two precise cuts leading to a predictable shape of the clavicle.
The results of this study demonstrate that the mobile and ubiquitous computer system used had benefit in aiding participants undergoing the process of acculturation.
The results of this study demonstrate that the retooled mobile and ubiquitous computer system used had measurable benefit in aiding participants undergoing the process of acculturation.
The simulation results demonstrated that the validated computer model could be a reliable tool to evaluate the heating performance of the HBS for studying insect thermal death kinetics and optimize treatment conditions for the HBS when modified to include controlled atmospheres.
