Sentence examples for fully stochastic from inspiring English sources

In the frequency domain, the initial transient is represented by the peak near zero (which extends beyond the axes in the case of the coupled model), while the characteristic harmonic peaks of the oscillation of p53a appear higher up in the frequency spectrum of p21. Figure 3C shows the effect of stochasticity on CycE-CDK2-p21 in the quasi-deterministic and fully stochastic models.

The implementation of the model is fully stochastic.

An attractive alternative solution is to use a fully stochastic model in which uncertainty is embedded from the outset.

Long studied in deterministic settings, it can now be understood in the context of the fully stochastic systems that are prevalent in biology.

In his paper, a fully stochastic setting is proposed to design indicators aimed at detecting and isolating faults in a dynamical system.

In this paper, a fully stochastic setting is proposed to design indicators aimed at detecting and isolating faults in a dynamical system.

We develop a fully Bayesian stochastic procedure, called mixed shrinkage prior (MSP), which performs both basis selection and coefficient evaluation simultaneously.

The non-negative Fully Implicit Stochastic α (FIS α) method in which stopped reaction channels due to depleted reactants are deleted until a reactant concentration rises again, for non-negativity preservation and in which a positive definite Jacobian is maintained to deal with possible stiffness, is proposed and analysed.

Moreover, it was realized that the moment method is complementary to, but cannot fully replace, stochastic simulations, because it does not cover situations like genetic switches [ 6, 10].

While it is certainly legitimate to carry out secondary analyses, these should not be represented as fully capturing stochastic uncertainty [ 43].

The success of SRS methods depends upon three important factors: i) ability to identify key flow mechanisms responsible for the generation of coherent structures; ii) determine the optimum range of resolution required to adequately capture key elements of coherent structures; and iii) ensure that the modelled part is comprised nearly exclusively of fully-developed stochastic turbulence.