Sentence examples for realistic circuit from inspiring English sources

Furthermore, we propose an optimal architecture for this model and discuss the benchmarking of the simulations in realistic circuit quantum electrodynamics setups.

Neuronal activity can also be verified by using realistic circuits mapped from the theoretical neuronal models.

There aren't nearly enough fictional circuits, either—I really wish Turn 10 would turn more of its time to creating more tracks like Camino Viejo, the Bernese Alps, and the new windy slink through the hills of Rio de Janeiro, as racing the same realistic circuits, year after year, gets a little tiresome.

In summary, the reconstruction of 3D anatomically realistic circuits reproduced the average connectivity results from the few studies that investigated thalamocortical innervation quantitatively (Bruno and Sakmann 2006; Petreanu et al. 2009; Meyer, Wimmer, Hemberger, et al. 2010; da Costa and Martin 2011).

Hence in this work, a design tool built on vibration theory of an Euler-Bernoulli cantilever beam, and, a realistic equivalent circuit model for a piezoelectric generator with a resistive load is developed.

On the left is a problem, which is to construct a model of a simple but realistic resistor-capacitor circuit.

The purpose of this study was to integrate a clinical routine ventricular assist device into a flow circuit with realistic geometric and pulsatile inflow conditions.

Also, we have shown that circuits with realistic topologies do not have these motifs and converge to the desired attractors.

The resulting anatomically realistic models of neural circuits may allow for numerical (in silico) computer simulations (Lang et al. 2011), which will help to unravel circuit functions and their underlying mechanistic principles during sensory-evoked behaviors.

This case study provides an example that quantitative systems pharmacology model of biophysically realistic and humanized brain circuits may be a novel approach for quantitative clinical efficacy predictions in neuroscience disease areas.

Specifically, in this work we focus our attention on two-dimensional U (1 ) gauge theories, and show how ring-exchange interactions, present in dimer models, and plaquette terms arising in lattice gauge theories, can be engineered with quantum circuits under realistic dissipative conditions.