Sentence examples for design a computational model from inspiring English sources
In this article, we first discuss three levels at which a cortical circuit might be observed to provide a modeler with sufficient information to design a computational model and illustrate this principle with an application to the control of visual attention.
We design a computational model in which awareness and expert knowledge are both represented, and study the joint dynamics of information seeking and proactive transmission of information.
We design a computational model based on multi-agent theory and social network, and implement computational experimental system using NetLogo 5.0.
We design a computational model in which a population of individuals evolves to take up nutrients and excrete waste.
Atmospheric scientist Mark Jacobson of Stanford University in Palo Alto, California, designed a computational model that included atmospheric chemistry and air-ocean interactions and simulated the distribution of gases, including the kinds of pollutants commonly found in cities.
Toporikova et al. [9] recently designed a computational model for inspiratory pre-BötC neurons, based on an earlier model [13] that includes two different bursting mechanisms depending on (I_{mathrm{NaP}}) and intracellular (mathrm{Ca}^{2+}), respectively.
Using as a model a reservoir occupied by the zebra mussel Dreissena polymorpha, we designed a computational model based on P systems to study the population dynamics of larvae, in order to evaluate management actions to control or eradicate this invasive species.
Here we use a high-level narrative language in designing a computational model of the gp130/JAK/STAT signalling pathway and show that the model reproduces the dynamic behaviour of the pathway derived by biological observation.
The development of the serious public participatory game NextCampus resulted in a physical prototype, user interface design, and a computational model of the game.
Our approach is based on the ARCS model of motivational design, social psychology, and a computational model of creativity.
Here, we address these design issues by developing a computational model to simulate the dynamics and binding kinetics of natural and engineered fusion proteins such as antibody-cytokine complexes.
