Sentence examples for adaptation errors from inspiring English sources

By contrast, genomes refactored by only re-organizing wild-type genes had adaptation errors as large as 〈 ξ〉 = 79.8%.

Interestingly, genomes that incorporated tandem promoters achieved low adaptation errors under single environmental perturbations (average optimality degree: 〈 ξ〉 < 0.021) and over-optimality was even achieved by genomes designed with selection pressure based on genes with enzymatic activity (〈 ξ〉 < -0.019) or related to defense processes (〈 ξ〉 < -0.010).

Figure 7 shows the adaptation error as a function of the iteration number when the impulsive noise exists in the 10th iteration.

The adaptation error signal is then defined by begin{array}{*{20}l} mathbf{e}(k) & = mathbf{d}(k) - mathbf{X}(k) hat{mathbf{h}}(n).

Each estimation scheme in the parallel disposal possesses a relative dead-zone which freezes the adaptation process for small sizes of the adaptation error compared to the estimated size of the absolute value of the contribution of the uncertainties to the filtered output versus time.

We adopt ASVM in actual power transformer design to illustrate its feasibility, and carry out comparison researches with different numbers of retrieved cases in the different data sets to validate its superiority, through comparing the adaptation error results with those provided by other classical methods.

If the cross-country skiing algorithm would be used without adaptations, errors would be up to one order of magnitude larger.

This frequency-band "multiplexing" of information may facilitate the emergence of multiple functionally interacting networks that are crucial for fast behavioral adaptation after errors.

Specifically, we present a framework of joint source-channel coding and power adaptation, where error resilient source coding, channel coding, and transmission power adaptation are jointly designed to optimize video quality given constraints on the total transmission energy and delay for each video frame.

Differences of PDV/NL88 from the consensus at bases 23 and 1711 are not reflected in the PDV/NL88n sequence, which indicates that these are likely to have resulted from tissue culture adaptation and/or sequencing errors.

By showing that the conditional type I error rate is bounded by the error rate which arises from the design without adaptation the unconditional error rate is proven to be controlled at a pre-specified level α.