Sentence examples for behavior of individual elements from inspiring English sources
Early efforts aimed at altering the behavior of individual elements have now evolved to focus on the construction of complex networks in single-cell and multicellular systems.
However, the behavior of circuits in the retina is also critical, with multiple examples of visual signals being shifted between parallel pathways with different computational characteristics, and of the behavior of individual elements within these pathways changing as a function of irradiance [ 1, 2].
Students find the behaviors of individual elements intuitive but struggle to understand their relations with the aggregate behavior (Wilensky & Resnick 1999; Chi 2005).
Specifically, high school students use the agent-based modeling language NetLogo to represent the elements of a system and then study how the elements interact, including identifying emergent properties of their interactions that are not easily predicted from the behaviors of individual elements.
In such systems, the collective, global behavior emerges from the properties of individual elements and their interactions with each other.
Moreover, since the critical fields of individual elements can be evaluated simultaneously with its topography, it is possible to perform statistical studies about the relationship between the magnetic behavior and the topographic features.
Experts already face multiple challenges due to the changing structure of infrastructure systems; they are particularly challenged by the "complexity of these systems and the related emergent behaviors which may arise in collective ways, difficult to predict from the superposition of the behavior of the individual elements of the system" [39].
This study points to the utility of incorporating a systems-level view of global dynamics, as distinguished from the dynamics or kinetic behavior of the individual elements of a system, into a computational analysis framework that can be used for studying transcriptional regulatory mechanisms governing a complex biological process such as differentiation.
We then resolve contributions from different length scales in the genome – determining whether the correlations are due to broad regional similarities, or just the singular behavior of individual repeat elements.
ρ i is the density of individual element and m i is the mass fraction of the individual element.
