The scale values of the subjective preference of each subject were obtained by the paired-comparison tests.
The preference of each rater for each of the 60 profiles was scored on an attached visual analog scale.
The proposed approach is based on the preference of each mobile node to achieve the fault tolerance of the HA.
The energetic preference of each type of domain is predicted and the critical condition for the helix → cylinder domain transition is established.
Different TPMs contain various central processing realizations, and it is generally the preference of each vendor to produce this type of device.
The changes of structural properties and lattice parameters due to the addition of defects in the FeAl matrix are compared, and the site preference of each type of defects is determined from the total energy calculations.
Distinct from previous work, this paper presents a novel approach that quantifies the user preference of each modality and considers the adaptation as an optimization issue that searches for a set of input/output modalities matching user's preference.
We restrict our attention to the case where the preference of each agent is single-peaked over: (i) the total number of partnerships with all other agents, and (ii) the number of partnerships that the agent has with each of the other agents.
It shows the condition-mediated changes in expression preference of each gene.
In Fig. 9, the preference of each variable was calculated by mean square error (MSE) and purity or entropy degree.
We constructed the binding preference of each TF with a simple heuristic which assesses the binding preference for a TF from a set of known binding sites.
