Sentence examples for with identical parameters from inspiring English sources
The phrase "with identical parameters" is correct and usable in written English
This phrase can be used to indicate that two or more situations are the same in some way. For example, "The two experiments had the same results, with identical parameters".
Internal standardization was achieved by comparing only images stained with the same antibodies in the same experiment, captured with identical parameters, and scaled and displayed identically.
If a real system and its perfect model (with identical parameters) can be made to synchronize identically, then for an imperfect model of a real system with some unknown parameters, one can design a parameter estimation law, so that all parameters of the real system can be estimated from the model.
As they all use CAP3 with identical parameters for alignment, the consensus sequences are very similar, with the average identity of each contig consensus sequence to the original FL-cDNA being over 99%.
We set up both background models with identical parameters except for the learning rate.
Therefore, for uncorrelated diversity branches with identical parameters {α = m, β = Ω/m}, β x = β.
This assumption is reasonable, for example, in the case where all the robots use omnidirectional sensors with identical parameters.
The results for the mixed cases and the simple baseline classifier are obtained by averaging the results from ten runs of C5 with identical parameter settings.
We introduce four relative efficiencies to define the efficiency of estimator in two linear regression equations system with identical parameter vectors, also we give the lower and upper bounds of the four relative efficiencies.
where θ 1 ≥ ⋯ ≥ θ p is the ordered eigenvalues of X 1 ′ Q 1 X 1, η 1 ≥ ⋯ ≥ η p is the ordered eigenvalues of X 2 ′ Q 2 X 2. In this article, we have introduced four relative efficiencies in two linear regression equations system with identical parameter vectors, and we have also given the lower and upper bounds for the four relative efficiencies.
We find that active period durations with physical activity counts successively above a predefined threshold, when rescaled with individual means, follow a universal stretched exponential (gamma-type) cumulative distribution, while resting period durations below the threshold obey a universal power-law cumulative distribution with identical parameter values for both of the mammalian species.
Fluorescence images were captured with the identical parameters (lens and magnifier used, filters, exposure time, resolution) and with an 8-bit pixel depth (256 shades of grey).
