Sentence examples for partition resource from inspiring English sources

Models of invasion success that hinge on phenology build from the concept of a temporal niche (Fig.  1)—that time is a fundamental axis by which species may partition resource use (Gotelli and Graves 1996), reduce interspecific competition and thus promote coexistence (Chesson and Huntly 1997).

As per the resource partitioning concept, HeNB must partition resources such that it does not cause interference to the set of macro UEs.

In general, every HeNB that causes high interference to nearby macro UEs must partition resources as explained by (11).

Negotiation is a fundamental interaction mechanism in multi-agent systems because it allows self-interested agents to come to mutually beneficial agreements and partition resources efficiently and effectively.

It is observed that UEs associated with HeNBs that must partition resources incur a reduction in capacity of approximately 25% with  dBm and 39% with  dBm.

The two thresholds are chosen because they represent two extreme cases: one in which the exclusion region causes approximately 13% of HeNBs to partition resources (  dBm) and the other (  dBm) where the exclusion region causes approximately 76% of HeNBs to partition resources.

This is attributed to the fact that in either case, the number of macro UEs remains the same, and the high value of then ensures that the majority of HeNBs partition resources.

Production of bark, resin ducts and toxins is very energetically costly and dependent on trees' ability to partition resources from local storage and photosynthesis to defense systems (Bryant and Julkunen-Tiitto [1995]; Franceschi et al. [2005]).

In this particular case, if one or more HeNBs are indeed the cause of high interference, they will partition resources so as to enable the vulnerable macro UEs to attain a satisfactory downlink SINR.

Thus, understanding phenotypic attributes that allow species to partition resources is fundamentally important to explaining diversity-productivity relationships.

Competition can drive phylogenetic overdispersion, due to phylogenetic conservation of 'niche' traits that allow species to partition resources.