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When we consider a biological population system, persistence in mean and extinction are two very important properties.
The former effect is deleterious, the latter is beneficial for replicator coexistence, hence the non-monotonous behaviour of system persistence with increasing replication neighbourhood.
Since the presence of all metabolically active replicators within relatively small neighbourhoods is necessary for metabolism to work, a substantial measure of spatial mixing of the replicators is necessary for system persistence.
Since the mean-field approximation (i.e., the well-mixed version) of the MRM system is not coexistent (c.f. [ 24]) the spatial aspects of the present model are of crucial interest from the viewpoint of system persistence and stability.
Smaller system size is, of course, advantageous for system persistence, because it is easier to maintain complete metabolic neighbourhoods of small radii (i.e., of small h) with fewer replicator types required to cooperate (Result h).
In accordance with the conclusions of all previous versions of the MCRS models we find that the pheno/geno version also admits replicator coexistence within an optimum range of metabolic neighbourhood size: very small and very large h values are deleterious for system persistence, for essentially the same reasons as in the previous models [ 1, 3, 5, 6, 17].
Similar(51)
Results indicate that the analysis of the systems persistence can efficiently enable urban planners to select measures with an insight into the behavior of the UDRM systems faced with disturbances.
Based on this perspective, some of the required indicators were selected from the literature and adapted to the present study in order to quantify urban drainage risk management (UDRM) systems persistence against disturbances.
In our study, imposing complete costs had major negative effects on whole-system persistence.
As reserve centers are the locations of the system
One of the most desirable qualities of a video surveillance system is persistence, or the ability to be effective all the times.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com