We explicitly model this interaction through the representation of execution time vectors as points in convex sets.
This study represents a step toward trying to explicitly model this interaction in an effort to address this research gap in the literature.
Our experiments were designed to map the arrestin rhodopsin binding interface and use the distance and orientation constraints obtained from TrIQ measurements to model this interaction.
In addition there is scope to improve the modelling of this interaction; noticeably the choice of at what age to start modelling the interaction warrants further research.
We model this interaction and study its behavior in the energy transmission process.
The soil-structure interaction in general has been a concern; therefore, more research is needed to further understand and better model this interaction (Abdel-Mohti and Pekcan 2013a, b), Khodair and Hassiotis (2013).
In addition, when the product of these two variables was added to the regression model, this interaction term was not selected (OR, 0.88; 95% CI, 0.67 to 1.16; p = 0.37).
Given the model, this interaction was controlled for bend orientation of the horse and direction of travel.
In the fully adjusted regression model, this interaction term was not significantly associated with CVD mortality (adjusted HR 0.88 [0.71–1.05], P = 0.15).
However, because the significance was borderline, and to reduce complexity of the models, this interaction is not shown in Table 3.
