The second method determined fascicle length based on the extrapolated intercept between a fascicle and the aponeurosis (intercept method).
The algorithm identified an extreme cluster on the periphery of the data, and a method was determined on how to use this new method to routinely find clusters.
The intra-assay precision of the proposed method was determined on samples of drug solutions at varying concentration levels (Table 3) by analyzing 5 replicates of each sample as a batch in a single assay run.
Before a final list of methods was determined on the basis of existing evidence and theory, theoretical methods were explored and analysed by a small panel of experts consisting of researchers, prevention experts, informatics-specialists, nurses and medical doctors.
Note that the parameters of the conventional methods were determined on the basis of the schemes shown in their papers.
It is shown, through theoretical and simulation analysis that the proposed method determines data quality based on the situation.
Nevertheless, the true effectiveness of our method will be determined on patient data validation and experimentation.
However, on-device localization approaches face a big challenge: In contrast to in-network methods, the location is determined on a user's smartphone.
A velocity of each layer for the DD method was determined based on the velocity structure for the preliminary location.
The nitrogen injection method was determined based on fire prediction, in the case of nitrogen injection quantity of 2500 m3/h, and coalface advance speed of 1.4 m/d, a continuous nitrogen injection method must be used.
