The phrase "frequency of the network" is correct and usable in written English.
It can be used when discussing the rate at which data is transmitted or received within a network.
Example: "The frequency of the network affects the speed and reliability of the connection."
Alternatives: "network bandwidth" or "network transmission rate."
These results are tolerable given the significant reduction in the feedback frequency of the network.
It would happen when the complement of the natural frequency of the network is close or coincides with one of the torsional frequencies of the T-G shaft system [3].
As is known to architectural designers, the typical geodesic network in the form of a sphere or half sphere, besides the aesthetical aspect, the length of all bars (or called struts, beams, edges) of the network are in groups of limited number, according to the frequency of the network, as shown in Table 1.
In fact, no neuron in the network fires more than 61 times in any given second of the simulation, which is less than the frequency of the network oscillation.
Intuitively, an increase in resonance frequency for more depolarized regimes should lead to drift in oscillation frequency of the network due to drift in resonance frequency.
Manipulating the frequency of the sinusoidal input revealed that both IF IF and IF RES networks have "resonant circuit property" (Cardin et al. 2009), i.e. LFP power is maximal at stimulation frequencies around a certain characteristic frequency of the network.
The frequency of the mesh network and MCs can be set at either 800 or 1600 MHz, and it cannot be changed dynamically.
In this work we propose a numerical method for the calculation of resonant frequencies of network resonators and we also present an optimization method based on genetic algorithms to get targeted resonant frequencies of the network resonators.
The frequency of this network motif decreased with increasing temperature.
We then calculated the average frequency of each degree value among all 354 traits and plotted the frequency distribution of the network degree in figure 2 A. MATLAB (Mathworks) was used to fit the regression.
Modal analysis is performed for a sector of a one-parameter family of hyperbolic paraboloids with non-linearly elastic fibres, and the effect of geometric and material non-linearity on the frequency response of the network is quantified.
