Exact(7)
They run in the simplest networks: pipelines and rings.
We find that short-pulse rejection and asymmetry between the logic states tend to engender periodic behaviour, at least for the simplest networks.
We illustrate our analysis by considering one of the simplest networks known to generate limit cycle oscillations at the population level, namely, a pair of mutually coupled excitatory (E) and inhibitory (I) subpopulations.
We then apply our analysis to one of the simplest networks known to generate limit cycle oscillations at the population level, namely, a pair of mutually coupled excitatory (E) and inhibitory (I) subpopulations [36].
For networks of N nodes, this class is finite, which permits us to consider how the escape time varies as a function of β for each possible M. Initially, we consider the simplest networks: those consisting of only two nodes.
Thus, mutations in the simplest networks were maximally pleiotropic and affected most traits, while the ones in complex networks exhibited restricted pleiotropy by affecting differing subsets of traits.
Similar(53)
1in-GEINet with the simplest network architecture was used in the experiment.
They preceded this using the simplest network depicted in Fig. 1.
A transcriptional autoregulatory feedback loop is the simplest network motif built out of a transcription factor regulating its own transcription.
Degree centrality is the simplest network centrality measure.
Simple networks.
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