The phrase "attractive interference" is grammatically correct and can be used in written English.
It can be used in contexts related to physics, optics, or any field discussing wave phenomena where interference patterns are visually appealing or beneficial.
Example: "The artist used the concept of attractive interference to create stunning visual effects in her installation."
Alternatives: "appealing interference" or "pleasing interference".
On the other hand, the computational complexity of the proposed simplified optimization is less than that of even one iteration of the iterative design, making it much more attractive for practical interference MIMO relay systems.
Pleasingly there was no sign of England playing for the draw, despite Fifa making that option much more attractive with their regrettable interference on Friday.
If performed effectively, then user scheduling can be an attractive solution to mitigate interference [37, 38].
Using directional antennas in MR-MC WMN has been recognized as an attractive solution to the interference problem.
Linear precoding is an attractive technique to combat interference in multiple-input multiple-output systems because it reduces cost and power consumption at the receiver.
UWB also has many attractive properties, including low interference to and from other wireless systems, low sensitivity to fading, easier wall-and floor penetration and high performance.
Although its is possible to achieve attractive performance gains with interference mitigation techniques, these gains remain limited due to the performance degradation at cell edges, as well the fact that they do not fully exploit the available diversity.
However, the use of the minimum mean square error (MMSE) filter has become widespread because it offers an attractive trade-off between noise amplification and interference cancelation [10].
The CR-based UWB transmission scheme may provide an attractive solution for the mutual interference mitigation issue.
Due to its symbol-by-symbol decision base, DF is an attractive relaying strategy to avoid interference accumulation at the destination for alternate-relaying cooperative systems.
