Your English writing platform
Discover LudwigExact(1)
In this study where C, the number of the virtue copies, was set to be 1,000,000, the COPY method converged in all 1,000 simulations in all the 48 scenarios with the linear confounder, and in 30 of out 48 scenarios with the non-linear confounder.
Similar(59)
The method converges in probability (with probabilistic error bounds) as a consequence of sparsity and a concentration of measure phenomenon on the empirical correlation between samples.
In fact, as the coefficient functions of Eq. (5) are globally Lipschitz continuous, any standard integrator (e.g. the Euler Maruyama method) converges in the mean-square sense.
Simulations show that our method converges in only a few iterations (less than 5), and that when the number of symbols increases, the performance of our method approaches that of the ideal Rake receiver.
Using a simulation procedure we have shown that the method converges in a few iterations towards very low interference levels in out-of-band channels improving also the vector error measurement.
Proof To establish statistical consistency, we only need to prove that as the number of sites per locus and the number of loci both increase, the tree returned by the method converges in probability to the species tree.
The WBN and VSSWBN methods converged in two iterations; thus, the additional samples which are required in the transient period are negligible.
We prove that both regularization and iterative methods converge in norm.
They proved that both regularization and iterative methods converge in norm to a solution to MVIP (1.1) under some conditions.
As can be seen from simulation results, the proposed WBN and VSSWBN methods converge in two iterations.
We prove that both the implicit and the explicit iterative methods converge in norm to the same solution of MVIP (1.1).
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com