Hardware evaluation .AIMS

Various instruments of theoretical chemistry have been widely to describe separate steps of solvent extraction of metal ions. Because of the complexity of solvent extraction systems, there is still no unified theory and no successful approach aimed at merging the extraction steps. It has already been pointed out that the challenging problem for theoreticians dealing with solvent extraction of metals, in particular with thermodynamic calculations, is to evaluate correctly solvent effects by the use of the most accurate explicit solvation models and QM calculations. However, such calculations on extremely large sets consisting of hundreds or even thousands of molecules, necessary to model all aspects of the extraction systems, are still impossible due to both hardware and software limitations. 

Amical also provides several evaluation functions aimed at on-line evaluation of the synthesis tasks already executed. This evaluation summarizes the hardware allocated as well as verifying that certain constraints have been met. Figure 6 shows an extract of the evsJuation file corresponding to the architec-... 

Originally, all CDS were control and evaluation systems of one instrument manufacturer. The aim was to provide a better and more convenient control of the in-house HPLC and GC instruments. As the solutions were always focused on the own instrument hardware, almost every manufacturer uses his own system to connect instruments to the computer hardware. Besides standardized formats such as IEEE488 Bus Waters Agilent), there can be found serial interfaces, later on often USB ports or proprietary connections. In correlation with standardized communication protocols, this can lead to incompatibiUties, why some laboratories have decided to use several CDS each having its particular data system. In order to decrease the effort that arises from training laboratory staff and multiple installations, maintenances, and software validations, companies aim to decrease the number of CDS in their laboratories to a minimum. Having the focus on one CDS helps to define a unique workflow and ensures a consistent documentation of the processes. 

The microstructures of modern materials are becoming more and more complex and nonuniform. Therefore, it is very important to evaluate microscopy images in detail, objectively and quantitatively. Today, the use of computer-assisted methods for this analysis and evaluation is inevitable. Image processing and analysis aims to modify an image using specific hardware and software in such a way that the... 

The processor utilization is fairly low and could be anticipated that the ADCS alone is schedulable. However, the aim of the analysis is to evaluate the deviation of the PWM software actuation against an ideal hardware driven one. It is also interesting the interaction with other UPMSat-2 subsystems and therefore two other significant tasks are included in the analysis. 

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