To the best of our knowledge the proposed methodology is one of the first attempts to provide a solution for On-Line Testing of mixed signal VLSI circuits using a formal theory, which is applicable to a very large class of low frequency analog circuits.
The Delphi methodology is one of the most well-known and popular of future research methods [see e.g. 10, p. 268).
The demand for relevant empirical evidence obtained through an appropriate methodology is one of the demarcations of science as opposed to mere speculation (Ellis and Silk 2014).
This study clearly shows that the response surface methodology is one of the suitable methods to optimize the best operating conditions to maximize the dye removal.
The dual response surface methodology is one of the most commonly used approaches in robust parameter design to simultaneously optimize the mean value and keep the variance minimum.
Our proposed methodology is one of the first that explores how the narrow chemical space of kinase inhibitors and its relevant physicochemical information can be utilized to build kinase-focused libraries and prioritize pre-existing compound databases for screening.
