Sentence examples for based on human perception from inspiring English sources

Extensive experimental results show that the proposed metric is effective and efficient to assess the quality of super-resolution images based on human perception.

Enhanced compression is achieved by exploiting symmetry both within and between eigenmodes, and by adaptively assigning per-mode error levels based on human perception of the far-field pressure amplitudes.

MFCC is the best-known feature in the area of speech and speaker recognition, based on human perception sensitivity in terms of audio frequencies.

In practice, the placement of sound sources is achieved using a combination of creative choices and technical constraints based on human perception of source localization.

In general, subjective evaluation is done through a listening test, and VAD decision errors are detected based on human perception [24].

Rather than using true labels based on human perception, normalized separation of genuine match score from the match score distribution obtained from an automatic fingerprint matcher is used to train a multilayered perceptron.

In addition, a more sophisticated technique based on human visual perception to prevent human's perception uncomfortableness caused by substantial depth estimation errors or fluctuations is needed.

In this paper, a roughness model, which is based on human auditory perception (HAP) and known as HAP-RM, is developed for the sound quality evaluation (SQE) of vehicle noise.

This information should be taken into account in such applied areas as colour reproduction, image processing, colour displays, and computer graphic design, which use chromatic information based on human chromatic perception in order to achieve a more effective presentation of colour information.

Second approach is nonparametric frequency domain approach based on human auditory perception system and known as Mel-frequency cepstral coefficients (MFCC) [3].

Based on human depth perception, this kind of sensor takes in feeds from two cameras (eyes) and compares the difference in horizontal placement of each object to calculate how far away it is.