Lloyd, K. G., May, M. K., Kevorkian, R. T. & Steen, A. D. Meta-analysis of quantification methods shows that Archaea and Bacteria have similar abundances in the subseafloor.
The comparison of methods shows that each method has its advantages and disadvantages depending on studied cases.
Comparison with existing methods shows that the prediction rates as well as the definition level are sensibly increased.
Comparison among these methods shows that this method is suitable for the statistical analysis of autoradiographic images.
The comparison of methods shows that the DCSRM has high computational accuracy and high computational efficiency in BTRRC probabilistic analysis.
A large-scale cross-validation study, involving 48 variants of seven methods, shows that the best performing method is minimal-risk estimation using the squared-error metric.
A comparison between various delamination methods shows that delamination by enhanced shear leads to largest flake structures.
A comparison with the results of existing methods shows that the current study's approach provides a satisfactory performance for protein structural class prediction.
In addition, the comparison with the P&O and the PSO methods shows that the proposed method outperforms them in term of global search ability and dynamic performance.
Finally, the simple comparison between vacuum and heating regeneration methods shows that the novel regeneration method may have the potential to reduce the regeneration energy requirement.
The comparison of ranking results for two methods shows that selection of the risky failure modes along with FMAGDM are more reliable from an engineering point of view.
