The phrase "applied to the random" is not correct and does not convey a clear meaning in written English.
It may be intended to describe a process or action that is relevant to randomness, but the phrasing is awkward and lacks clarity.
Example: "The method was applied to the random selection of participants in the study."
Alternatives: "applied to randomness" or "used for randomization".
This transformation can be done by filtering the randomness produced by the disturbance by means of a statistic applied to the random indicator i.
The proposed methods are verified by simulations and applied to the random noise modeling for gyroscopes tentatively.
The segmental interaction parameters χMMA/nBMA, χMMA/iBMA and χiBMA/nBMA were estimated from the dependence of the miscibility on the copolymer composition using the Flory-Huggins theory applied to the random copolymer blends.
After all, it is now widespread knowledge that the open office plan kills productivity -- so that same idea can and should be applied to the random meeting.
Following the same development plan as applied to the random drilling scenario, a total of 1440 wells are drilled in 20 years and 2000 equally probable realizations of drilling sequences were generated to represent the possible combinations wells with different EURs and decline rates in the drilling sequence.
The same criteria were applied to the random sampled data.
In Section 4 we consider the SCM, which we apply to the random delay differential equations of quorum sensing.
PPSampler2 is applied to the resulting random PPIs with the default parameter set.
Based on this extended neighborhood matrix, we propose modeling as, where the precision matrix is given by (5) The component corresponds to the IAR model applied to the extended random effects vector, while the addition of ϵI ensures the precision matrix is diagonally dominant and hence invertible.
This property holds because the two Gaussian random functions are independent and because the sum of the squares of the coefficients applied to the two Gaussian random functions equals 1.
These different formulae are then applied to the case when random noise is passed through a reverberation room.
