Sentence examples for behavior can be generated from inspiring English sources

It is evident that a nonlinear deterministic approach is more appropriate to describe more complex phenomena, indicating that apparently erratic behavior can be generated even by a simple deterministic system with nonlinear structure.

Here we will show that a dynamical pattern behavior can be generated by using genes expressing the same concentration of proteins (up to a proportionality factor).

For other design, the oscillation behavior can be generated by a number of repressor and activator genes in which the number of repressor genes must be odd.

The predictive timing required to perform this racquet swing is analogous to that required in cognitive processing: to selectively attend, one needs to predict when the sensory information arrives, and which inputs are relevant to the situation, so that processing can occur efficiently and appropriate behavior can be generated.

Previous work indicated that many pattern-generating interneuronal networks may have a modular organization and that distinct categories of behaviors can be generated through flexible combinations of a small number of modules or building blocks.

Those results thus describe qualitative dynamical behaviors that can be generated through the coupling of two simple network modules.

Thus, a large number of neurons can be tested for their relationship with behavior and detailed spatial maps of behavior related neuronal activity can be generated as exemplified here with recordings from lick-related Purkinje cells in the cerebellum.

Native tissues, such as cartilage and bone, exhibit piezoelectric behavior, wherein electrical activity can be generated due to mechanical deformation.

We show that behaviors correlating with all pure fatigue classifications can be generated from a single 'ideal fatigue' behavior by accounting for internal stress and crack face interference.

Using this framework optimized tool paths can be generated that compensate for the inaccuracy inducing behavior.

Correlation networks can be generated automatically, and substances can be clustered according to similar behavior over time or into different experimental groups.