The phrase "accurate interference" is correct and usable in written English.
It can be used in contexts where you are discussing the precision or correctness of an interference, such as in scientific or technical discussions.
Example: "The researchers were pleased to find that their calculations led to accurate interference in the experimental results."
Alternatives: "precise interference" or "correct interference".
Through mathematical analyses of these different node classes under an accurate interference model, we derive optimal routing strategies for the different classes in the presence of interference.
The simulator is augmented with a path loss model and extended for an accurate interference model, as detailed below.
A combination of accurate interference estimation and interference avoidance/mitigation techniques is mandatory for acceptable network performance.
While most existing AC models (e.g., [4, 5, 16]) rely on either hop-based or distance-based interference model, our AC considers a more accurate interference model [17]: the SINR-based interference model.
(iii) Local area networks exhibit low mobility which makes it simpler to implement signaling for accurate enough interference awareness. .
Local area networks exhibit low mobility which makes it simpler to implement signaling for accurate enough interference awareness.
The proposed approaches rely on the accurate downlink interference information in an eNodeb's own and neighboring cells under all possible parameter configurations.
Acquiring at a resolving power of 60k baseline resolves isotopic peaks and allows more accurate isotopic interference correction at full multiplexing capacity.
While 30k resolving power is sufficient for baseline separation of the reporters, 60k resolving power was chosen for this experiment because it further resolves several interfering isotopic peaks from the surrounding reporters and allows for more accurate isotopic interference correction.
This model is accurate when interferences from adjacent cells are perfectly randomized with respect to the cell of interest.
Therefore, an efficient separation procedure is urgently required prior to the determination of noble metals for sensitive, accurate and interference-free determination of noble metals [38].
