Thus, by computationally modeling these complex relationships, it may be possible to infer the gene interaction networks underlying complicated biological processes.
For that we hope to bring together the social scientists and behavioral psychologists and computer scientists, and to use large-scale computing to model these complex behavioral issues-although many of my friends say this is a hopeless task.
Dynamic fault tree (DFT) extend traditional FT by defining additional gates called dynamic gates to model these complex interactions.
In order to model these complex dynamic structures, some assumptions must be made, such as no-friction, rigid links or non-redundancy.
In this work, semianalytical solution methods (based on Green's functions), appropriate for modeling the performance of nonconventional wells operating under single phase flow conditions, are developed and applied to model these complex well configurations.
Novel methods have emerged that allow for the rapid development of animal models containing mutant alleles, allowing investigators to model these complex genetic interactions in a dramatically shortened timeline.
Since point observations of subsurface materials and groundwater head are often the basis for modelling these complex, dynamic, three-dimensional systems, considerable uncertainties are inevitable, but are rarely assessed.
In ocean engineering, the applications are usually related to a free surface which brings so many interesting physical phenomena (e.g. water waves, impacts, splashing jets, etc).. To model these complex free surface flows is a tough and challenging task for most computational fluid dynamics (CFD) solvers which work in the Eulerian framework.
Moreover, DCVC may become available to the kidney for bioactivation in multiple ways, and thus far no attempt has been made to model these complex interorgan processes.
Thus, a combination of hPSC-derived BMECs and hPSC-derived NPCs [ 119] could potentially be used to model these complex interactions.
