The phrase "achieved error" is not commonly used in written English and may be unclear without context.
It could be used in technical or analytical discussions where one refers to an error that has been reached or obtained through a process.
Example: "After several iterations of the algorithm, we finally identified the achieved error in the calculations."
Alternatives: "resulting error" or "obtained error".
The proposed hybrid model achieved error rates that were 81.3% to 96.4% more accurate than those obtained using other methods.
Increasing the number of units and adding max-pooling to the generated feature further improved the performance and achieved error rates of up to 1.18 % for all cases.
Due to this fact, the achieved error floor is significantly lower than it would be if the interference behaved like Gaussian noise with identical power.
For the SVM classifier, the PP class achieved error rates ranging from 25-38% and the GP class achieved error rates ranging from 39-60%.
Finally, for the DLDA classifier, the PP class achieved error rates ranging from 33-47% and the GP class achieved error rates ranging from 41-48%.
For the RF classifier, the PP class achieved average error rates ranging from 21-33%, while the GP class achieved error rates ranging from 44-57%.
Furthermore, under some mild regularity conditions, these optimal algorithms achieve error bounds that approach optimal error bounds of linear sensors when the number of thresholds becomes large.
In this paper, we advance by asking what is the optimal test space norm that achieves error reduction in a given energy norm.
It starts by considering how features are defined and emphasizes that the nearest neighbor algorithm achieves error rates comparable with those of an ideal Bayes classifier.
Three GF(24) irreducible polynomials are selected as the moduli set for the chosen PRNS, including a redundant modulus to achieve error detection.
Any channel coders cannot perfectly guarantee error corrections, however; they can statically achieve error correction.
