Feature extraction method is a very important factor that has great effect on the performance of speech recognition systems. Since living creatures have usually been the best models for human technology, we hope these models can overcome the problem of mismatch between training and testing conditions. In this paper we present a novel feature extraction based on human ear physiology. In this new method, with inspiration of human ear physiology, we model the inner ear for feature extraction. The proposed method is evaluated in a connected digit recognition task. Experimental results show that the proposed feature extraction, called Human Ear based Feature Extraction (HEFE), decreases the relative word error rate by more than 32 % with respect...
Biometrics deals with recognition of individuals based on their physiological or behavioral characte...
Technology has been a major advancement factor in human way of living. By integrating technology wit...
Local features are effective for ear biometrics. Scale Invariant Feature Transform (SIFT) technique ...
Human-like performance by machines in tasks of speech and audio processing has remained an elusive g...
The performance of an automatic speech recognition (ASR) system strongly depends on the representati...
An individual's authentication plays a vital role in our daily life. In the last decade, biometric-b...
This paper presents an ear biometric approach to classify humans. Accordingly an improved local feat...
A number of researchers have shown that ear recognition is a viable alternative to more common biome...
Recently, a new auditory-based feature extraction algorithm for robust speech recognition in noisy e...
An auditory feature extraction algorithm for robust speech recognition in adverse acoustic environme...
Recently, Li et al. proposed a new auditory feature for robust speech recognition in noise environme...
Meaningful feature extraction is a very important challenge indispensable to allow good classificati...
Recently, Li et al. proposed a new auditory feature for robust speech recognition in noise environme...
Nowadays the viability of ear-based biometric identification and the uniqueness of ears is beyond qu...
The performance of Mel-frequency cepstrum based automatic speech recognition system significantly de...
Biometrics deals with recognition of individuals based on their physiological or behavioral characte...
Technology has been a major advancement factor in human way of living. By integrating technology wit...
Local features are effective for ear biometrics. Scale Invariant Feature Transform (SIFT) technique ...
Human-like performance by machines in tasks of speech and audio processing has remained an elusive g...
The performance of an automatic speech recognition (ASR) system strongly depends on the representati...
An individual's authentication plays a vital role in our daily life. In the last decade, biometric-b...
This paper presents an ear biometric approach to classify humans. Accordingly an improved local feat...
A number of researchers have shown that ear recognition is a viable alternative to more common biome...
Recently, a new auditory-based feature extraction algorithm for robust speech recognition in noisy e...
An auditory feature extraction algorithm for robust speech recognition in adverse acoustic environme...
Recently, Li et al. proposed a new auditory feature for robust speech recognition in noise environme...
Meaningful feature extraction is a very important challenge indispensable to allow good classificati...
Recently, Li et al. proposed a new auditory feature for robust speech recognition in noise environme...
Nowadays the viability of ear-based biometric identification and the uniqueness of ears is beyond qu...
The performance of Mel-frequency cepstrum based automatic speech recognition system significantly de...
Biometrics deals with recognition of individuals based on their physiological or behavioral characte...
Technology has been a major advancement factor in human way of living. By integrating technology wit...
Local features are effective for ear biometrics. Scale Invariant Feature Transform (SIFT) technique ...