This quantitative relationship between a reservoir of new neurons and memory capability – revealed by linking, for a given individual, the levels of memory performances, and the levels of neurogenesis – reinforces the contention that neurogenesis participates in learning and memory.
While there could be fluctuation in link quality even in the static node deployment, energy depletion time can be analyzed through a long-term average of link quality for a given link length.
To obtain a finer perspective on the analytically most important links for optimizing a given policy target (regional/national efficiency and national welfare), we decompose the results into "governorate to governorate," "governorate to foreign region," and "foreign region to governorate" links.
The two are linked, because for a given value of Δ1 rescue mutations will be more frequent when the stress is less severe.
The collision-domain model considers the medium-resource unit to be the link, and determines the set of links that must be silent for a given link to be used.
These models are provided based on extensive real world data sets which are available to a differing degree in different cities as well as for different links within a given city.
Let us denote the link spectral efficiency for a given SNR η as C = log 2 ( 1 + η ).
The first involves the scheduling of users for transmissions such as [7, 8] and the second is the link throughput optimization for a given resource allocation, which is the focus of this article.
