The phrase "accommodate interference" is correct and usable in written English.
It can be used in contexts where you are discussing the ability to adjust or make provisions for disruptions or interruptions, particularly in technical or communication settings.
Example: "The new software is designed to accommodate interference from external signals, ensuring a stable connection."
Alternatives: "allow for interference" or "manage disruptions".
We assume that the pilot symbol sequences associated with different streams and users are all mutually orthogonal, which accommodates interference free channel or pilot response estimation.
In multi-cell networks, Han-Kobayashi coding is no longer applicable [20], we need to study amplitude-space sharing scheme that can accommodate multiple interference.
For instance, in an extreme case where the BL cannot accommodate any interference or in other words, the capacity loss constraint for the BL is zero, then μ would be approaching infinity and the resultant zero power level indicates that no ELs' transmission is allowed in this condition.
Because New York relies so much on foot traffic, these people often utterly disrupt the flow in the subway or on the street, and then complain that New Yorkers are "rude" when we do not accommodate their interference with our lives.
If the BL can accommodate a larger residual interference introduced by the transmission of ELs, μ would be smaller, and therefore a higher power level, and vice versa.
Multicarrier systems such as OFDM are commonly used to deal with time-dispersive channels and can be combined with TR to accommodate any residual intersymbol interference (ISI).
This clearly differentiates them to the proposed scheme where the aim is not strictly to minimise the correlation of the spatial streams but rather to optimise it and accommodate for constructive interchannel interference (ICI).
The acetabulum was up-reamed by 1 mm (line-to-line fixation) to accommodate for the surface interference of the DELTA-TT cup.
Densification and heterogeneity, however, pose new challenges such as dealing with interference, accommodating massive signaling traffic, and managing increased energy consumption.
The evolution towards H-CRAN also poses new challenges such as dealing with high intercell interference, accommodating massive signaling traffic, and meeting critical latency constraints in long-distance signal transmission and processing [4].
