Sentence examples for interference distance from inspiring English sources

This model is configured with the transmission distance (maximal distance where a packet still can be received) and interference distance (maximal distance of the collision domain).

The distance between the RS and a MU is set to d ∼ U[0, 0.3R], and the interference distance among the RSs is set to d ∼ U[0.5R, 1.7R], where U represents the uniform distribution.

Therefore it is useful in determining the position of crossovers, but not in determining the interference distance between crossovers on a chromosome or sex-specific recombination rates, since both require allele phasing.

In male meiosis, the significantly higher recombination rate near the telomeres (24% of the male recombination activity is located in the telomere-proximal 9 Mb compared to 13% in females) determines to a great extent the positioning of the second crossover at distances near to or exceeding the interference distance, which is where the second peak of male recombination activity is located.

In Arabidopsis, as in several other organisms, interference distance goes with physical chromosome length.

This is shown by the "beam-film" model (or any scenario involving designation of a CO and spreading interference) by shifts in CoC curves to the left or to the right according to variations in CO-desigation probability, with a constant "interference distance".] This is an intriguing finding per se.

When they are measured in microns of synaptonemal complex length, the interference distances on both chromosomes are not much different (Z = 0.5 at 4.46 µm for chromosome 1 vs. 3.94 µm for chromosome 11 in females, ratio of 1.13 ZZ = 0.5 at 5.85 µm vs. 4.88 µm in males, ratio of 1.20).

When measured in megabases of genomic lengths, the interference distances are significantly longer on chromosome 1 than chromosome 11 (in females Z = 0.5 at 60 Mb on chromosome 1 vs.44 Mb on chromosome 11, ratio of 1.36; in males Z = 0.5 at 95 Mb vs. 60 Mb, ratio of 1.53).

In order to reduce the interference, the distance between center nodes in different contention areas must reach to a certain value.

In the one-to-all case, we test the performance of COMPARE for different kinds of routes with varying numbers of hops, and levels of interference and distance.

It comprises an inner radius of 2 R C and an outer radius of 10 R C. According to [5], the interference at distance r is calculated as I=frac{2pi mu, c}{eta-2} left((2 R_{mathrm{C}}-r)^{2-eta}- 10,R_{mathrm{C}}-r)^{2-eta}- 10,R_{mathrm{C}}-r