The phrase "adaptation speed of" is correct and usable in written English.
It can be used when discussing the rate at which an organism, system, or process adjusts to changes in its environment or conditions.
Example: "The adaptation speed of the species is crucial for its survival in rapidly changing climates."
Alternatives: "rate of adaptation" or "speed of adjustment".
The adaptation speed of the RDiff K-Med and the CE RDiff K-Med is examined for different window sizes l w and different values for α (see Eqs. (14) and (15)) by calculating the error which is given by the norm of the difference between the true value and the estimate of the cluster centroid.
The attenuation may be largely due to the limited response range and finite adaptation speed of retinal cones.
We find that the adaptation speed of asexuals saturates when the linear habitat size exceeds a characteristic interference length, which becomes shorter with smaller migration and larger mutation rate.
The power law dependence of the limiting adaptation speed on both mutation rate and population density could be tested by comparing wild type with a mutator strain (Shaver et al. 2002) and by manipulating the thickness of the colony, respectively.
Haque, M, and Murshed, M. "Robust background subtraction based on perceptual mixture-of-gaussians with dynamic adaptation speed". Proceedings of the 2012 Ieee International Conference on Multimedia and Expo Workshops, Icmew 2012 October 44, 2012): 396-401.
This section evaluates the performance of the proposed algorithm numerically in terms of the error rate in a broad range of conditions, i.e., different distributions of the outliers, different percentages of outliers in the feature vectors, different dimensions of the input data, different numbers of clusters and in terms of the adaptation speed in case of non-stationary data.
This indicates that the prefactors of the adaptation speed depend on the tails of the distribution.
CTS and MTSC&PTS are the best methods in terms of adaptation speed, since they reach the steady state faster, as deduced from their lower P value.
The effectiveness of this strategy can be appreciated from Figure 4A, which displays the adaptation speed as a function of habitat size for various recombination rates.
Figure 2 shows the adaptation speed as a function of the habitat size L for various mutation rates and selection coefficients.
For instance, it has been argued that static and dynamic MAEs can be attributed to adaptation at different cortical sites due to differences in perception regarding for example optimal adaptation speed [79] or bandwidth tuning of adaptation motion [80].
