Sentence examples for assessment of structure from inspiring English sources

Since 2002, the sequence-based disorder predictors are biannually assessed and compared during the critical assessment of structure prediction (CASP) experiments.

Comparative assessment of structure stability, folding rate of the variants were assessed using bioinformatics tools like STRIDE, MuPro, ModellerV97, fold rate server, etc.

This manuscript presents a framework for the vulnerability assessment of structure under the mainshock-aftershock sequences.

In computational analysis of damage failure the strain delocalizations are of great importance in predicting assessment of structure integrity.

In contrast with other approaches (global superposition, e.g. least squares – ProFit (http://www.bioinf.org.uk/software/profit/) or maximum likelihood – Theseus79, 80), sliding window superposition removes rigid body motions and enables an independent assessment of structure and backbone flexibility predictions (Fig. 2).

The implication of recovering new-fold targets from critical assessment of structure prediction techniques (CASP) by MLP on template-based structure prediction is also discussed.

The approach exhibits many novel components and the merits of its application are examined for a suite of protein systems, including a number of targets from several critical-assessment-of-structure-prediction experiments.

It is intended for estimation of structural performance for probability-based seismic assessment of structures.

For instance, this model combined with structural reliability methods can be used for reliability assessment of structures under near-field random ground motion.

Furthermore, for the seismic assessment of structures, a damage index should be able to reflect three-dimensional structural behaviors such as torsion and bidirectional response.

The application to engineering assessment of structures is exemplarily demonstrated.