The phrase "at high thresholds" is correct and usable in written English.
It can be used in contexts discussing limits, standards, or levels in various fields such as science, engineering, or psychology.
Example: "The experiment was designed to measure the response of the subjects at high thresholds of stimulation."
Alternatives: "at elevated levels" or "at significant limits".
We hypothesize that at high thresholds, the traditional greedy algorithm is susceptible to "over-fitting" to the observed edges, (E(G')).
Thus estimates of response statistics such as crossing rates and first-passage probability, issues of which are of particular interest in reliability analysis, can be grossly inaccurate at high thresholds.
That is, at high thresholds in scale-free networks, it appears that even highly noisy observations of (G) are enough for traditional greedy seeding to gain useful structural insight.
Our real-data examples provide the most extreme example of this observation in Figs. 10 and 12. Remarkably, despite the incredibly poor quality of the noisy network samples as (p_{text {neg}}) becomes large, at high thresholds this structural information is providing reliable insight in selecting high-influence seed sets.
The reduced feature set is more accurate at high thresholds, while the full set is more accurate at low thresholds.
In adipose, the ratio of observed to expected (see Methods) gene overlap exceeds 10 at high thresholds.
From a case study, the crossing rates calculated by the proposed method is found to be in good agreement with Monte Carlo simulation, with only a slight disparity at high threshold levels.
Notice that at low threshold level, more numbers of users are scheduled per OFDM symbol, allowing the BS to exhibit more fairness to the users in the scheduling policy, while at high threshold level less numbers of users are scheduled per OFDM symbol, allowing the BS to exhibit less fairness to the users.
Thus, the network that we compute at high threshold values, although likely accurate, is by no means complete.
These links at high threshold between clusters suggest that the plasmids involved shared at least some common steps in their evolutionary pathways.
Part of the remaining density mass is situated at the A site and has the shape and size of a tRNA even when the map is displayed at high threshold, suggesting solid binding of a tRNA at the A site.
