A comparison of age-derived methods with length-based estimation of weights has demonstrated that the Broselow tape can predict dosages of resuscitation drugs with better accuracy [11].
Since evaluation of the performance of the proposed method requires comparisons with other available methods, we compared the performance of our algorithm with those of other popular existing methods with different length classes, i.e., GeneMarkS, Heuristic Approach (HA), Metagene and Orphelia.
Two maps were constructed using One-step and Two-step methods, with total lengths of 591.4 cM and 603.9 cM respectively.
However, the computational cost of electronic structure methods drastically increases with length and time scales, which makes these methods difficult for long time-scale molecular dynamics simulations or large-sized systems.
We analyzed the precision of this new method with different length of time window in detecting the reference background total electron content (TEC).
In this paper, we provide an overview of pulse shaping methods in OFDM systems and propose a new pulse-shaped design method with arbitrary length constraint and good time-frequency localization property.
Specifically, the contributions of this paper are as follows: a comprehensive overview of pulse shaping methods in OFDM systems is provided, followed by a new pulse shape design method with arbitrary length constraint, which maintains orthogonality while providing good time-frequency localization property.
Departure from HWE was determined for each locus using the Markov chain method with a length of 1.0 × 10 steps (Guo and Thompson 1992).
We obtained approximately 20 million total reads for each sample after removal of low quality reads and contaminants (Table S1, see methods), with the peak length of each sample at about 20 22 nt.
UKF-NB-4VCR cells were transfected using the calcium phosphate co-precipitation method with full-length cDNA, encoding the human NCAM-140 kDa isoform inserted in sense of the eukaryotic expression vector pHβ-Apr-1-neo [ 14].
Aziz et al. elaborated a simple hydrothermal method to produce CuNWs with length of twenties micrometers by using HDA and potassium bromide as capping agent [31].
