Sentence examples for directed complex from inspiring English sources
Using arborescences to estimate hierarchicalness in directed complex networks PLoS ONE, Volume 13 (13.
Then the directed complex networks with switching topologies considered in this paper are more significant than [27].
This paper investigates the aperiodically intermittent synchronization for a class of directed complex networks with switching network topologies.
Some sufficient conditions are given for finite-time synchronization of undirected and directed complex network by applying finite-time stability lemma.
In [26], an alternate strategy was proposed using the concept of structural controllability [27] to determine maximum matching in directed complex network graphs, bypassing the need to first transform to a bipartite graph.
In this paper we extract the topology of the semantic space in its encyclopedic acception, measuring the semantic flow between the different entries of the largest modern encyclopedia, Wikipedia, and thus creating a directed complex network of semantic flows.
We are now at the beginning of understanding the centrosome's functional complexities and its major impact on directing complex interactions and signal transduction cascades important for cell cycle regulation.
While providing the ability to magnetically enhance delivery rates, ferrogels have not been able to produce the various types of regulated delivery profiles likely needed to direct complex biological processes.
The secondary heart field provides an especially important source of cells directing complex morphogenesis and is the source of cardiac progenitor cells marked by the transcription factor ISL1.
Although epigenetics may direct complex effects including changes in higher-order chromatin structure, DNA methylation differences are at least currently understood to control gene expression.
Degradable materials are promising tools to understand and direct complex biological systems and cell behaviors, such as cell adhesion and spreading, migration, differentiation, proliferation, and apoptosis.
