Sentence examples for randomly coupled from inspiring English sources

Subsequently, we hypothesize that the catalytic activities of some of the mistargeted enzymes were transiently and randomly coupled to the plastid metabolite pools, biochemical intermediaries, effectors and the activity of native enzymes of the photosynthetic organelle.

This paper studies the impulsive synchronization of Markovian jumping randomly coupled neural networks with partly unknown transition probabilities via multiple integral approach.

Besides, a multiple integral approach is also proposed to strengthen the Markovian jumping randomly coupled neural networks with partly unknown transition probabilities.

Levin Becker dreamed of writing "a set of vignettes linking a randomly coupled first and last sentence poached from other works" and "a cycle of stories whose themes were determined by their word count". Even if the ever-fluid, defiantly whimsical and borderline wacky nature of the group's goals leaves you unmoved, however, you will still be enchanted by Levin Becker's book.

To investigate the performance of proposed resonance adaptation mechanism we used a network of 200 randomly coupled, excitatory, resonate-and-fire neurons [15], [20].

When the nodes are not completely synchronous, networks of nodes with equal dynamics but randomly coupled (as the networks in [12]) in Ref. [12]), are good models of networks with nodes that have different dynamics.

Under Assumptions -, the discrete-time complex networks with randomly coupling and distributed time-varying delays are synchronized in mean square, if there exist positive definite matrices and diagonal matrices with appropriate dimensions such that the following matrix inequalities hold: (3..3).

By using some novel analysis techniques, Kronecker product and Lyapunov functional candidate, some delay-distribution-dependent conditions are derived to ensure that the discrete-time complex network with randomly coupling and distributed time-varying delay is synchronized in mean square.

Integrated gene sub-networks can be parsed from the overall network and non-randomly coupled with known biochemical pathways (e.g. fermentable sugar metabolism) or genetic signals (e.g. biomass yield) through a reference genome using systems biology techniques [ 323, 327, 328].

We consider the following discrete-time complex networks with randomly coupling and distributed time-varying delay consisting of three nodes: (4.1).

We assume that cells in the islet are coupled randomly to their nearest neighbors with some probability, p. We simulated detailed β-cell bursting in such islets.