The aim of this paper is to introduce an enhanced approach for standard Automatic Speaker Recognition (ASR) systems in noisy environment in conjunction with a Blind Source Separation (BSS) algorithm. This latter is able to discern between interfering noise signals and the reference speech signal, hence it can be consider as a necessary preprocessing step. The main problem of the proposed approach lies in the not removable ambiguities typically of the BSS algorithms. In order to overcome to this drawback, a geometrical constraint is also added to the learning algorithm. A practical example shows the effectiveness of the proposed approach in terms of recognition accuracy
ABSTRACT Blind source separation (BSS) is a technique for estimating and separating individual sourc...
Significant strides have been made in the field of automatic speech recognition over the past three ...
Most algorithms for blind source separation (BSS) of convolu-statistical principles and exploit a co...
This demo presents a real-time prototype for automatic blind source extraction and speech recognitio...
Abstract — In this article, we propose an on-line algorithm for Blind Source Separation of speech si...
A speech enhancement scheme is presented integrating spatial and temporal signal processing methods ...
Automatic speech recognition (ASR) systems have made dramatic performance leaps in the recent past. ...
This paper proposes and describes a complete system for BlindSourceExtraction (BSE). The goal is to ...
Because it can be found in many applications, the Blind Separation of Sources (BSS) problem has rais...
The statistical theory of speech recognition introduced several decades ago has brought about low wo...
Significant strides have been made in the field of automatic speech recognition over the past three ...
In this paper, a speech signal recovery algorithm is presented for a personalized voice command auto...
We propose an improved time-domain Blind Source Separa-tion method and apply it to speech signal enh...
This paper presents an automatic speaker recognition system for intelligence applications. The syste...
ACOUSTICS 2012: Joint meeting of the 163rd meeting of the Acoustical Society of America, the 8th mee...
ABSTRACT Blind source separation (BSS) is a technique for estimating and separating individual sourc...
Significant strides have been made in the field of automatic speech recognition over the past three ...
Most algorithms for blind source separation (BSS) of convolu-statistical principles and exploit a co...
This demo presents a real-time prototype for automatic blind source extraction and speech recognitio...
Abstract — In this article, we propose an on-line algorithm for Blind Source Separation of speech si...
A speech enhancement scheme is presented integrating spatial and temporal signal processing methods ...
Automatic speech recognition (ASR) systems have made dramatic performance leaps in the recent past. ...
This paper proposes and describes a complete system for BlindSourceExtraction (BSE). The goal is to ...
Because it can be found in many applications, the Blind Separation of Sources (BSS) problem has rais...
The statistical theory of speech recognition introduced several decades ago has brought about low wo...
Significant strides have been made in the field of automatic speech recognition over the past three ...
In this paper, a speech signal recovery algorithm is presented for a personalized voice command auto...
We propose an improved time-domain Blind Source Separa-tion method and apply it to speech signal enh...
This paper presents an automatic speaker recognition system for intelligence applications. The syste...
ACOUSTICS 2012: Joint meeting of the 163rd meeting of the Acoustical Society of America, the 8th mee...
ABSTRACT Blind source separation (BSS) is a technique for estimating and separating individual sourc...
Significant strides have been made in the field of automatic speech recognition over the past three ...
Most algorithms for blind source separation (BSS) of convolu-statistical principles and exploit a co...