Sentence examples for more complicated simulations from inspiring English sources

"You have more complicated simulations in Dwarf Fortress than when you model the aerodynamics of a wing".

We believe that if the goal is to understand the energetics of groups that vary in shape, more complicated simulations are required that directly simulate the critical elements.

As its new 8.1 versions running on 64-bit platforms became available last year, more complicated simulations with heavier computational loads became possible on generally available, affordable desktop systems.

To benchmark its performance on observational data alone as well as systematic single knock-out data, the proposed method was compared to those of [ 7] and [ 11] on simulated data as well as the data from the DREAM4 challenge [ 13]; in addition, we also consider more complicated simulations based on partial and multiple knock-out designs.

In the future, where we move to more complicated simulations and experiments the goal would be to implement multiple characteristic functions that require the estimation of multiple level sets, discussed further in Section 8. To prove the accuracy of our method, we use simulation data to show parametric level-set reconstructions for multiple chromophores and diffusion amplitude.

The latter study confirmed the previous more complicated simulation.

One may wish to relax these assumptions to more general covariance structures; however, both simulations and inclusion of spurious variable in real data show inflation of type I error for any more complicated model (results not shown).

The analytical results presented here may be used for a benchmark of more complicated CFD simulation for the "beam-on" target design of IFMIF-type fusion neutron sources like A-FNS and IFMIF-DONES.

Finally, radial diffusion was added to the laminar model, which made the model more complicated and increased simulation time.

One hypothesis is that the evolutionary history of the real CRMs is more complicated than our simple simulations assume, for example, they have been "exapted" (de Souza et al. 2013) from other functional sequences to perform a different function.

However, the random arrangement of CFPs makes the simulation more complicated, becoming one of the factors affects the accuracy of the HTTR criticality calculations.