Sentence examples for foundation for the modeling from inspiring English sources
This paper provides the theoretical foundation for the modeling, analysis and control of integrated chemical process networks, or, in short, "process networks".
In this context, we highlight TAO, a conceptual framework for MAS, used as a foundation for the modeling language MAS-ML.
Even before the emergence of this feedback ('counting') model for telomere length regulation, the ability to carry out sophisticated genetic analysis in yeast had already provided a clear foundation for the model as well as some hints regarding underlying mechanisms.
The foundation for the model is that HEPES present in Tyrode buffer is known to spontaneously generate oxygen-centred radicals [ 18] that are detectable using the cell-permeable spin trap that is specific for oxygen-centred radicals (1-hydroxy-3-carboxy-pyrrolidine, CP-H; Axxora, Nottingham, UK).
The foundation for these models was the Pdx1-Cre; Kras G12D/+ (KC) mouse model, in which expression of activated Kras is targeted to the mouse pancreas using a conditional LSL-Kras G12D allele activated by Cre-mediated recombination, with Cre under the control of the pancreatic and duodenal homeobox1 promoter (Pdx1).
These modeling efforts provided an important foundation for the SAV modeling in this study.
The dynamic and modular framework of the model provides a strong foundation for expanding the model to other biomass feedstocks.
The theoretical foundation for these models is the distributional hypothesis [ 20], stating that words with similar distributions in language - in the sense that they co-occur with overlapping sets of words - tend to have similar meanings.
Recent structures of the CLOCK BMAL1 heterodimer provide a solid foundation for these models by elucidating the protein architecture of the primary circadian transcription factor and how it binds DNA.
The foundation for this model is a negative correlation between organismal fitness and recombination frequency; such a correlation allows for all of the benefits of recombination (potentially bringing together favorable alleles to create higher-fitness haplotypes) without incurring the cost of recombination (destroying favorable combinations of alleles in high-fitness haplotypes).
