The investigation focuses on comparing the three methods and defining the transferability of the methods among different contexts, Europe and West United States.
Many scholars have carried out the researches by means of numerical simulation or physical simulation experiment individually, but the reports which combine the two methods and define the flow rate boundary between different dissolution patterns in carbonate acidizing are rare.
To identify demosaicing artifacts associated with different camera-models, we employ two methods and define a set of image characteristics which are used as features in designing classifiers that distinguish between digital camera-models.
In order to answer this question, we compiled a comperehensive signaling network from online databases (5499 genes and ~22,000 interactions, see Methods), and defined 5 levels of signaling hierarchy based on the positions of the signaling molecules.
To address this hypothesis, we collected RNA-Seq data for 10 human tissues (see Methods) and defined housekeeping (HK) and tissue-specific (TS) genes (Additional file 1: Table S1) based on our previous studies [ 34, 35].
We call a spot detectable if it has a signal-to-noise ratio (SNR) larger than three (see Methods) and define percent detectability as the fraction of all spots on an array that are detectable.
Then, a random forest predictor was built to distinguish the real from synthetic data (see Methods) and define a similarity measure between the psoriatic cases in the form of the random forest proximity measure.
This paper proposes an empirical prediction method and defines new parameters to simplify the equation to calculate energy consumption in hot water system.
In this paper, we introduce a general group theoretic method and define a new Cayley graph.
