The phrase "a rescale algorithm" is correct and usable in written English.
It can be used when referring to an algorithm that adjusts the scale of data or values in a specific context, such as data processing or image manipulation.
Example: "The rescale algorithm improved the accuracy of our data analysis by normalizing the input values."
Alternatives: "a scaling algorithm" or "a normalization algorithm".
The aim of this paper is to design a rescaling algorithm for the numerical solution to the system of two porous medium equations defined on two different components of the real line, that are connected by the nonlinear contact condition.
As a possible solution a rescaling design algorithm is presented, which redesigns the reference model of the original system maintaining a linear operational range but loosing the optimal bandwidth.
The system was split into two groups, "Protein" and "Non-Protein", which were coupled separately to a temperature bath using the V-rescale algorithm with a time constant of 0.1 ps while the pressure coupling was conducted using an isotropic Parrinello Rahman barostat with a time constant of 2.0 ps.
The temperature was maintained at 310 K using the velocity rescale (v-rescale) algorithm (71) applying a coupling time of 0.1 ps, independently coupling water plus ions and lipids plus Fst peptides to an external bath.
A reference temperature of 300 K and a coupling constant of 1 ps were used for the V-rescale algorithm, and the Berendsen algorithm employed a coupling constant of 2 ps to a reference pressure of 1 bar.
The output rescaling algorithm (2) is applied in the frequency-domain to determine the steady-state adaptive filter final coefficients.
Finally, although the models developed herein are innovative, the rescaling algorithm is sample-dependent by design.
Unique and razor peptides were considered for quantification with a minimum ratio count of 1. Retention times were recalibrated based on the built-in nonlinear time-rescaling algorithm.
The temperature was kept constant at 310 K by means of the velocity-rescaling algorithm implemented in GROMACS, and the pressure was kept constant at 1 atm with a Parinello Raman barostat.
Finally, we apply our rescaling algorithms to parameters that were previously inferred for Drosophila and discuss practical considerations such as interference between selected sites.
