This paper addresses the problem of speaker identification in noisy conditions. A two-step noise reduction algorithm based on soft mask and minimum mean square error short-time spectral amplitude estimator was proposed. It is used in the signal preprocessing stage for more robust speaker identification. The proposed algorithm was tested and compared with the existing noise reduction algorithms in the problem of speaker identification. Testing was carried out with two speech databases and some noise samples from the NOISEX-92 library. The advantage of the new noise reduction algorithm for some noise samples and signal-to-noise ratios was shown
To alleviate the problem of severe degradation of speaker recognition performance under noisy enviro...
To alleviate the problem of severe degradation of speaker recognition performance under noisy enviro...
This research paper presents a robust method for speaker verification in noisy environments. The noi...
Spectral restoration based speech enhancement algorithms are used to enhance quality of noise masked...
In automatic speaker recognition applications, the presence of background noise severely degrades th...
Spectral restoration based speech enhancement algorithms are used to enhance quality of noise masked...
The application of speaker recognition technologies on domotic systems, cars, or mobile devices such...
The application of speaker recognition technologies on domotic systems, cars, or mobile devices such...
The application of speaker recognition technologies on domotic systems, cars, or mobile devices such...
Reducing acoustic noise in audio recordings is an ongoing problem that plagues many applications. Th...
Although the field of automatic speaker recognition (ASR) has been the subject of extensive research...
Although the field of automatic speaker recognition (ASR) has been the subject of extensive research...
Although the field of automatic speaker recognition (ASR) has been the subject of extensive research...
Although the field of automatic speaker recognition (ASR) has been the subject of extensive research...
Although the field of automatic speaker recognition (ASR) has been the subject of extensive research...
To alleviate the problem of severe degradation of speaker recognition performance under noisy enviro...
To alleviate the problem of severe degradation of speaker recognition performance under noisy enviro...
This research paper presents a robust method for speaker verification in noisy environments. The noi...
Spectral restoration based speech enhancement algorithms are used to enhance quality of noise masked...
In automatic speaker recognition applications, the presence of background noise severely degrades th...
Spectral restoration based speech enhancement algorithms are used to enhance quality of noise masked...
The application of speaker recognition technologies on domotic systems, cars, or mobile devices such...
The application of speaker recognition technologies on domotic systems, cars, or mobile devices such...
The application of speaker recognition technologies on domotic systems, cars, or mobile devices such...
Reducing acoustic noise in audio recordings is an ongoing problem that plagues many applications. Th...
Although the field of automatic speaker recognition (ASR) has been the subject of extensive research...
Although the field of automatic speaker recognition (ASR) has been the subject of extensive research...
Although the field of automatic speaker recognition (ASR) has been the subject of extensive research...
Although the field of automatic speaker recognition (ASR) has been the subject of extensive research...
Although the field of automatic speaker recognition (ASR) has been the subject of extensive research...
To alleviate the problem of severe degradation of speaker recognition performance under noisy enviro...
To alleviate the problem of severe degradation of speaker recognition performance under noisy enviro...
This research paper presents a robust method for speaker verification in noisy environments. The noi...