Due to the probabilistic nature of systems' behaviour, stability modelling is based on a probabilistic relational model for knowledge representation of stability multiple viewpoints.
This approach can simplify the previous representations of the stability region and the mechanical characteristics.
The gra_r and gra_rmin, numerical representations of dome stability, lay the mathematical groundwork for optimization against instability.
Alternatively, we can see this computational model as a representation of the stability of a memory trace in a brain region, the stability of which is essential for encoding or retrieval or processing.
Such methods have relied for instance on the base stacking energy as a representation of the stability, or the DNA melting temperature as defined by an extensive calculation of the genome-wide DNA duplex stability.
It was argued that open gap and 4-point-bending tests, while being necessary from a safety standpoint, test the material and design properties of the implant, but are not a representation of the stability of the whole construct, once it is implanted in the patient.
Our primary interest was in seeing whether a neural representation of landmark stability emerged for previously unseen items over the course of the scanning experiment.
Applying these methods parametric or parameter traced representations of the linear stability limits can be achieved by solving the corresponding eigenvalue problems.
The authors applied three criteria to compare the appropriateness of using either frequency or intensity terms: inter-individual congruency of mental representations of terms; intra-individual stability across time of mental representations of terms; and distinguishability of adjacent terms.
Three criteria were applied to compare the appropriateness of using frequency as compared to intensity terms in self-report rating scales: (1) interindividual congruency of mental representations of terms, (2) intraindividual stability across time of mental representations of terms, and (3) distinguishability of adjacent terms.
We proposed that imprecise terms used as verbal anchors in rating scales should at least adhere to the following basic requirements: 1. interindividual congruency of mental representations of anchor terms 2. intraindividual stability across time of mental representations of anchor terms 3. distinguishability of adjacent terms These issues were examined for both terms on frequency and intensity.
