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Exact(4)
(5) The CAPC-1 method uses a fixed scaling factor ΔP whereas in the MFxLMS method, the step size scales based on the channel state.
To confirm the advantage of the proposed method, the step climbing process of the front casters (Figure 5(a)–(c)) is analyzed by considering three methods: A method that uses only the traction force of the drive wheel.
For the incremental method, the step between validations is incremented by a factor of 5 elements each time and we observe that the response time is dependent on the size of the step.
In their method the step size is fixed (gammain 0,1/L)), where L is a Lipschitz constant of F. So, in order to determine the stepsize (gamma_{k}), one needs first calculate (or estimate) L, which might be difficult or even impossible in general.
Similar(56)
Depending on the test system and the method, the step-and-project methods are either no longer ergodic for any step length (thus giving the wrong empirical distribution) or give the correct distribution only in the limit of step-size going to zero.
As for each kind of APDA method, the steps to perform the production analysis are similar.
As compared to the one-step method, the two-step method works better for nanoparticles containing oxides, while it is not effective with metallic particles.
Whatever the final method, the first step has already been taken.
For the unsupervised training method, the adaptation step requires that the machines output an equal value.
In the without-GA method, the quantization step is fixed at 0.4.
In this method, the first step models the probability of not being censored for all subjects.
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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