Sentence examples for compensating features from inspiring English sources

Large microorganisms, with sizes approaching a millimeter, have compensating features that address the immutable laws of physics.

While Kanner seemed to see autism as an unmitigated disaster, Asperger felt that it might have certain positive or compensating features — a "particular originality of thought and experience, which may well lead to exceptional achievements in later life".

As a result, this information loss causes discrepancies between clean speech models and compensated features in the decoding process of ASR.

Thorough cooking removes the bitter taste, but the mushroom is not highly regarded as an edible, and as Hesler and Smith have noted "... but even with this compensating feature some of our acquaintances have found it rather undesirable (and indigestible)." The mushroom is sold at traditional markets in Puebla, Mexico.

To compensate speech features for robust ASR, there are two popular feature-processing schemes, i.e., the linear transformation of feature vectors and the temporal filtering of feature trajectories, as illustrated in Fig. 4. Linear transformation uses all dimensions of the current frame to predict new features that fit the acoustic model under the maximum-likelihood (ML) criterion [30, 41].

To compensate this feature but maintain the effectiveness of absorption enhancement, we employed DTI between pixels.

She also alluded to pop singer Taylor Swift, who had a major influence on the music industry earlier this year when she convinced Apple to compensate artists featured on its new streaming platform.

Such behavior is temperature compensated, a feature that has been found for most circadian behaviors.

These results support our previous suggestion that model adaptation is more effective than feature compensation in serious noise conditions where it becomes more difficult to compensate noisy speech features into clean speech features due to the increased loss of acoustic-phonetic information.

Ophthalmic adaptive optics (AO) instruments allow in vivo visualization of microscopic retinal features by compensating for the monochromatic aberrations of the eye [ 1].

Many features contain redundant information and therefore can compensate for missing features from other groups.