Sentence examples for models for loop from inspiring English sources

Homotopy groups, fibrations, spectral sequences, simplicial methods, Dold-Thom theorem, models for loop spaces, homotopy limits and colimits, stable homotopy theory.

We limited the number of candidate models to the REV + Γ, TN93 + Γ and the HKY85 + Γ models for loop regions and the corresponding RNA16I + Γ, RNA16J + Γ and RNA16K + Γ models for stem regions.

Cryo-electron microscopy reconstructions provide structural models for loop 3 but the electron density corresponding to this loop is generally weaker than in other parts of the IRES, not continuous, or of low resolution (Schüler et al., 2006; Fernández et al., 2014; Koh et al., 2014; Muhs et al., 2015), again suggesting conformational dynamics or structural heterogeneity.

A-F: Tree topologies for analyses combining stem and loop regions, all data partitions, and assigning 6A and 7A models for stem and GTR + I + G models for loops.

Furthermore, we derive its scalable planning model for loop robots with different numbers of joints, which is easy to implement.

Based on this feature, a generalized Serpenoid Polygon model for loop gait is proposed, which extends Hirose's Serpenoid Oval to Polygon.

The current structure contains no models for the loop between strands β3 and β4 (β3–β4 loop), which was poorly defined in the current electron density map.

Hence, the following models were tested using Bayes factors as criteria [ 54]: (a) A uniform "4by4" nucleotide model, GTR +I +G, a choice made with the assistance of the jMODELTEST program [ 55]; (b) Distinct GTR +I +G models were employed for stems and loops; (c) GTR +I +G model for loops and a 7A for stems.

We first develop two equivalent circuit models for TX loops.

Control engineers must devote substantial effort to identification issues in order to obtain suitable models for closed-loop control.

This paper presents a systematic methodology to produce fault tree models for control loops and protective safe guards.