In recent years, one of the earlier approaches, based on a virial equation for excess free energy, has been shown to give comparable predictive accuracy.
There is one problem with monitoring approaches based on a single marker, a problem which has plagued physicians in oncology and related fields for decades: the heterogeneity of tumours.
As this common approach in identifying outbreak strains has been useful for a pattern-based method such as PFGE, approaches based on a multi-locus sampling of the genome could take this centralized database concept and extend it to contain presence/absence data for specific loci, SNPs, and other measures of heterogeneity.
To this end, we develop two theoretical approaches based on a Green's function method and energy transfer susceptibilities.
Traditional approaches based on a scar model do not support the engineering of functional stromal tissue.
Engineering priorities are currently usually defined using technical systems approaches based on a calculation of consequences.
This paper investigates the different approaches based on a house-designed servo control board.
This paper proposes three GPU-assisted rendering approaches, based on a new, more accurate method to compute the physical densities of dark matter simulation data.
That is why localized approaches, based on a fine description of the crack openings, are then investigated.
