Figures 1 and 2 indicate that the proposed method is more accurate especially at low SNR.
Thus, analyses related to the conservation status of species become more accurate, especially when evaluating the effects of potential threats in the potential areas occupied by the taxon.
Our simulations show that using k-center to initialize the k-means algorithm may be slower than k-means++ by a factor of two but it will be several orders of magnitude more accurate, especially in higher SNR.
The experiments show that, compared to the state-of-the-art methods for conditional functional dependencies-based and FD-based data cleansing, the proposed algorithm scales better with respect to the data size, is the only method that outputs complete repairs, and is more accurate especially when the error distribution is skewed.
This idea of death persistent, looming, everywhere seems more accurate, especially when the physical event of death can feel so detached, sanitized, rehearsed: something that as a species and individuals we now tend to do to ourselves, whether with cigarettes, food, or despair.
This idea of death – persistent, looming, everywhere – seems more accurate, especially when the physical event of death can feel so detached, sanitised, rehearsed: something that as a species and individuals we now tend to do to ourselves, whether with cigarettes, food or despair.
More accurate assessments, especially regarding the impacts on volcanic tephra on PV-modules, are required and we highly encourage further and more detailed research into these issues.
In the past, these motion models have been used in the context of predictive video codecs to obtain more accurate predictions, especially when non-translational motion is present.
However, the ANN model (Model B1) shows more accurate result especially from 7th to 9th of December but after that all models performed similarly.
However, the estimates are not significantly more accurate, and especially with datasets like Dim and Unbalance where clusters are well separated, the difference is negligible.
A more accurate approximation, especially useful in case of normal threshold voltage distributions, can be obtained by a Gaussian fit of the single cell transconductance.
