The phrase "a model of random" is not correct and does not convey a clear meaning in written English.
It may be intended to describe something that exemplifies randomness, but the phrasing is awkward and unclear.
Example: "The experiment was designed to be a model of random selection, ensuring that every participant had an equal chance of being chosen."
Alternatives: "an example of randomness" or "a representation of random behavior".
In particular, we will illustrate how abstract theorems on Boolean functions can help understanding the phase transition of a model of random subgraphs of a given lattice, called percolation, which plays an essential role in probability.
The results showed that degradation corresponded to a model of random scission of the molecules of both the crystalline shell and the non-crystalline core indiscriminately.
Although there was evidence of a similar order of entry into the milking parlor between days, the number of feeding associations was similar to that predicted by a model of random behavior, and the pattern of lying associations also suggested a random pattern of associations.
A model of random birth and deterministic growth of monolayers formed on the facets of silver crystallites is presented, in which the edges are assumed to follow a propagation law and to decay over a finite distance which increases with increasing overpotential.
We recently developed a novel strategy to identify transmitted HIV-1 genomes in acutely infected humans using single-genome amplification and a model of random virus evolution.
In this study it is taken into account, and in order to achieve this, a model of random received polarization based on Stokes parameters is given.
Thus, the model can be said as a family of fractional Brownian motion, a generalized form of Brownian motion with correlation time [25], and is indeed a model of correlated random walks.
We discuss a physical model of random deposition of particles or fragments obeying a strict size hierarchy.
A statistical RVE size determination method is applied to a specific model of random microstructure: Poisson fibers.
F -score = 1 shows a perfect match between the model and the data, and a null model of random assignment leads to F = 0.5.
In a simple model of random fitness assignment, viable phenotypes are likely to form a giant connected cluster percolating throughout the phenotype space provided the viability probability is larger than 1/2n.
