Add to ORKGThis paper addresses issues in improving hands-free speech recognition performance in car environments. A three-microphone array has been used to form a beamformer with leastmean squares (LMS) to improve Signal to Noise Ratio (SNR). A three-microphone array has been paralleled to a Voice Activity Detection (VAD). The VAD uses time-delay estimation together with magnitude-squared coherence (MSC)
Performance of automatic speech recognition relies on a vast amount of training speech data mostly r...
Hands-free car kits have gained a lot of popularity among drivers over the last years. These equipme...
Speech recognition is one of the key technologies to produce voice-control devices. However, the pre...
A combined three-microphone voice activity detector (VAD) and noise-canceling system is studied to e...
A combined three-microphone voice activity detector (VAD) and noise-canceling system is studied to e...
This thesis is concerned with the problem of automatic recognition of speech that is contaminated wi...
Speech enhancement in an automobile is a challenging problem because interference can come from engi...
Speech enhancement in an automobile is a challenging problem because interference can come from engi...
This research is mainly concerned with a robust method for improving the performance of a real-time...
Speech processing in the automotive environment is a challenging problem due to the pres-ence of pow...
This paper describes an evaluation of an adaptive microphone array with respect to speech recognitio...
This paper presents properties of chosen multichannel algorithms for speech enhancement in a noisy e...
Since the introduction of hands-free telephony applications and speech dialog systems in automotive ...
Robust speech recognition in car environments has been an important application and attracted great ...
In this chapter, speech enhancement and echo cancellation for hands-free mobile telephony is discu...
Performance of automatic speech recognition relies on a vast amount of training speech data mostly r...
Hands-free car kits have gained a lot of popularity among drivers over the last years. These equipme...
Speech recognition is one of the key technologies to produce voice-control devices. However, the pre...
A combined three-microphone voice activity detector (VAD) and noise-canceling system is studied to e...
A combined three-microphone voice activity detector (VAD) and noise-canceling system is studied to e...
This thesis is concerned with the problem of automatic recognition of speech that is contaminated wi...
Speech enhancement in an automobile is a challenging problem because interference can come from engi...
Speech enhancement in an automobile is a challenging problem because interference can come from engi...
This research is mainly concerned with a robust method for improving the performance of a real-time...
Speech processing in the automotive environment is a challenging problem due to the pres-ence of pow...
This paper describes an evaluation of an adaptive microphone array with respect to speech recognitio...
This paper presents properties of chosen multichannel algorithms for speech enhancement in a noisy e...
Since the introduction of hands-free telephony applications and speech dialog systems in automotive ...
Robust speech recognition in car environments has been an important application and attracted great ...
In this chapter, speech enhancement and echo cancellation for hands-free mobile telephony is discu...
Performance of automatic speech recognition relies on a vast amount of training speech data mostly r...
Hands-free car kits have gained a lot of popularity among drivers over the last years. These equipme...
Speech recognition is one of the key technologies to produce voice-control devices. However, the pre...