This indicates that under certain conditions, microsatellite selection does affect linked sequence diversity in a manner comparable with that of selection on SNVs.
Selection targeting a microsatellite may affect linked sequence diversity in a fundamentally different manner than posited by the canonical model of selective sweeps (Maynard Smith 1976), meaning that standard genomic scans will fail to detect these targets of selection.
In addition, this replicate of microsatellite selection affected linked variation at a much longer range than in the hard sweep case, with values of D < − 2 in excess of 300 kb from the selected microsatellite.
Radio environment affects link reliability and quality.
Furthermore, it is known that information asymmetric interference not only affects links within carrier sensing range but also affects the throughput of links several hops away [35].
The cyclic loading history used for testing was found to significantly affect link performance.
Namely, those links with more than 20% positive or negative flow change are regarded as affected links.
Complex radio environments, which affect link reliability and quality, should also be taken into consideration while designing the SDMN architecture.
The knobs of a radio are any of the parameters that affect link performance and radio operation.
