The former design framework requires intensive computational cost due to large number of repetitive local material optimizations.
As has been discussed in Chapter 4, the simultaneous design framework requires intensive computational cost due to large number of repetitive local material microstructure optimizations.
Another challenge is that WGS requires intensive computational analysis, for which many existing tools are not capable.
It would require intensive inspections of all nuclear-capable powers, including Brazil, Iran, Israel, India, Pakistan, both Koreas, and Taiwan as well as the nuclear great powers.
Metagenomic data analysis is both data- and computation- intensive, which requires extensive computational power.
Currently, in even the most elaborate virtual worlds, some characters and objects cannot interact because it would require more computational power than is available.
Plasma control experiments require enormous computational power to solve large problems with critical time constraints.
DNNs are capable of achieving human-level accuracy for many tasks, but require tremendous computational power to train.
While finite element models allow some flexibility in the LV geometry, they require high computational power.
Non-linearity, due to convective fluid acceleration, makes this challenging, especially in three dimensional (3D) models; so CFD analyses require significant computational power and time.
Property companies also require intensive care.
