Sentence examples for processing dynamics from inspiring English sources
Comparisons of the processing dynamics in the form of "brain movies" suggested that punch lines are processed through the same spatiotemporal cortical stream as other words (Marinkovic, 2004).
This is quite different from the situation in the other two hypotheses, where decisions are completely determined by the activity of the accumulator, and reward and stimulus both influence the processing dynamics.
Thus, chaperone spatial engagement, substrate processing dynamics, and partitioning during cell division represent cell based limitations on proteostasis capacity.
Past fMRI studies investigated coarse-to-fine processing dynamics using nonface stimuli such as scenes and objects.
Similarly, Luu et al. (2010) suggested that reentrant processing dynamics of the OFC are present in visual coherence judgments.
Interestingly, these spatiotemporal processing dynamics revealed in face-preferring cortex were not observed in LOC, a high-level visual region showing no visual object category preference.
There are three levels of multilevel synthesis processing: quantum dynamics of atoms, quantum entanglement dynamics of nanosystems and classical dynamics of micropour systems.
DEM simulation of coating is performed with post processing particle dynamics data.
This paper shows how combining image processing, fluid dynamics and engineering design criteria, imported from other fields, allow to establish a simple analysis method clinically useful to decide the more convenient positioning of the MAD based on the pressure or mechanical movement of the jaw.
Fractional differential equations have been found to be appropriate models for certain phenomena in astro-physics, fractal networks, signal processing, chaotic dynamics, turbulent flow, continuum mechanics, and wave propagation [1 7].
Fractional differential equations have attracted great attention from many researchers because fractional derivatives provide an excellent tool for the description of memory and hereditary properties of various processes in science and engineering, such as physics, control theory, electrochemistry, biology, viscoelasticity, signal processing, nuclear dynamics, etc.
