Our results indicate the following sequencing study design guidelines which take advantage of the recent advances in genotype imputation methodology: Select the largest and most diverse reference panel for sequencing and genotype as many "anchor" markers as possible.
Based on results from this study, we recommend a few guidelines in designing sequencing studies to take advantage of the recent advances in genotype imputation methodology: Select the largest and most diverse reference panel for sequencing, with respect to both haplotypes and phenotype.
The methodologies selected for the study were Life Cycle Assessment for the environmental analysis and cost-benefit analysis for the economic assessment.
It should adopt the best optimized feature selection methodology to select the adequate features for each problem.
This paper presents the fast bootstrap (FB) methodology to select the best model structure; this methodology is applied here to regression tasks.
A methodology to select the best locations for new urban forests using multi-criteria analysis.
A methodology to select the most practical operational modes is represented.
The aim of this study is to present an original methodology to select the most appropriate axial impeller for this specific application.
A methodology to select the most relevant input variables and find the best achievable performance for a particular number of inputs is presented.
Based on this analysis, a methodology to select the resonator parameters is proposed in order to guarantee desirable suppression characteristics and to provide safe stability margins.
