I-vectors are currently widely used by state-of-the-art speech processing systems for tasks such as speaker verification and language identification. A shortcoming of i-vector-based systems is that the i-vector extraction process is computationally expensive. In this paper we propose an efficient method to extract i-vectors approximately. The method normalizes the GMM counts to be similar across sessions. We validate our method empirically for the speaker verification task on five different datasets, both text independent and text dependent. A significant speedup was obtained with a very small degradation in accuracy compared to the standard exact method. Index Terms — efficient speaker recognition, i-vectors, approximated i-vectors extract...
The development in the interface of smart devices has lead to voice interactive systems. An addition...
Most of the state–of–the–art speaker recognition systems use a compact representation of spoken utte...
Most of the state-of-the-art speaker recognition systems use i- vectors, a compact representation of...
Most speaker recognition systems use i-vectors which are compact representations of speaker voice ch...
Most speaker recognition systems use i-vectors which are compact representations of speaker voice ch...
This paper focuses on the extraction of i-vectors, a compact representation of spoken utterances tha...
This paper presents a simplified and supervised i-vector modeling approach with applications to robu...
This paper focuses on the extraction of i-vectors, a compact representation of spoken utterances th...
This work aims at reducing the memory demand of the data structures that are usually pre–computed a...
Total variability modeling, based on i-vector extraction of converting a variable-length sequence of...
Systems based on i-vectors represent the current state-of-the-art in text-independent speaker recogn...
International audienceState-of-the-art speaker recognition systems performance degrades considerably...
This paper aims at presenting our algorithm used to make submission for the NIST 2013-2014 speaker r...
Robust speaker verification on short utterances remains a key consideration when deploying automatic...
This paper presents a simplified and supervised i-vector modeling framework that is applied in the t...
The development in the interface of smart devices has lead to voice interactive systems. An addition...
Most of the state–of–the–art speaker recognition systems use a compact representation of spoken utte...
Most of the state-of-the-art speaker recognition systems use i- vectors, a compact representation of...
Most speaker recognition systems use i-vectors which are compact representations of speaker voice ch...
Most speaker recognition systems use i-vectors which are compact representations of speaker voice ch...
This paper focuses on the extraction of i-vectors, a compact representation of spoken utterances tha...
This paper presents a simplified and supervised i-vector modeling approach with applications to robu...
This paper focuses on the extraction of i-vectors, a compact representation of spoken utterances th...
This work aims at reducing the memory demand of the data structures that are usually pre–computed a...
Total variability modeling, based on i-vector extraction of converting a variable-length sequence of...
Systems based on i-vectors represent the current state-of-the-art in text-independent speaker recogn...
International audienceState-of-the-art speaker recognition systems performance degrades considerably...
This paper aims at presenting our algorithm used to make submission for the NIST 2013-2014 speaker r...
Robust speaker verification on short utterances remains a key consideration when deploying automatic...
This paper presents a simplified and supervised i-vector modeling framework that is applied in the t...
The development in the interface of smart devices has lead to voice interactive systems. An addition...
Most of the state–of–the–art speaker recognition systems use a compact representation of spoken utte...
Most of the state-of-the-art speaker recognition systems use i- vectors, a compact representation of...