Very low power electromagnetic (EM) wave sensors are being used to measure speech articulator motions such as the vocal fold oscillations, jaw, tongue, and the soft palate. Data on vocal fold motions, that correlate well with established laboratory techniques, as well as data on the jaw, tongue and soft palate are shown The vocal fold measurements together with a volume air flow model are being used to perform pitch synchronous estimates of the voiced transfer functions using ARMA techniques
Two 3D electromagnetic articulometer (EMA) systems, the Carstens AG500 and Northern Digital WAVE, ha...
This study aimed to demonstrate the use of a new physiological device, the electromagnetic articulog...
International audienceFinding the control parameters of an articulatory model that result in given a...
Very low power, GHz frequency, ''radar-like'' sensors can measure a variety of motions produced by a...
Very low power, short-range microwave ''radar-like'' sensors can measure the motions and vibrations ...
Electromagnetic articulography (EMA) is one of the instrumental phonetic research methods used for r...
The detection of the vibration signal from human vocal folds provides essential information for stud...
We test the hypothesis that adding information regarding the positions of electromagnetic articulogr...
Electromagnetic Articulography (EMA) is a technology created over two decades ago. EMA enables to ac...
Thanks to technological advances, a wide variety of tools has been devised to measure and analyse sp...
Articulatory data such as that collected via electromagnetic articulography (EMA) are valuable for m...
Finding the muscle activations during speech production is an important part of developing a compreh...
The electromagnetic articulography (EMA) is a relatively exact and efficient method used in study on...
THESIS 6178Electromagnetic mid-sagittal articulography (EMA) and electropalatography (EPG) are two t...
In this paper, we model the amplitude envelope of the broadband speech signal as a kinematic system ...
Two 3D electromagnetic articulometer (EMA) systems, the Carstens AG500 and Northern Digital WAVE, ha...
This study aimed to demonstrate the use of a new physiological device, the electromagnetic articulog...
International audienceFinding the control parameters of an articulatory model that result in given a...
Very low power, GHz frequency, ''radar-like'' sensors can measure a variety of motions produced by a...
Very low power, short-range microwave ''radar-like'' sensors can measure the motions and vibrations ...
Electromagnetic articulography (EMA) is one of the instrumental phonetic research methods used for r...
The detection of the vibration signal from human vocal folds provides essential information for stud...
We test the hypothesis that adding information regarding the positions of electromagnetic articulogr...
Electromagnetic Articulography (EMA) is a technology created over two decades ago. EMA enables to ac...
Thanks to technological advances, a wide variety of tools has been devised to measure and analyse sp...
Articulatory data such as that collected via electromagnetic articulography (EMA) are valuable for m...
Finding the muscle activations during speech production is an important part of developing a compreh...
The electromagnetic articulography (EMA) is a relatively exact and efficient method used in study on...
THESIS 6178Electromagnetic mid-sagittal articulography (EMA) and electropalatography (EPG) are two t...
In this paper, we model the amplitude envelope of the broadband speech signal as a kinematic system ...
Two 3D electromagnetic articulometer (EMA) systems, the Carstens AG500 and Northern Digital WAVE, ha...
This study aimed to demonstrate the use of a new physiological device, the electromagnetic articulog...
International audienceFinding the control parameters of an articulatory model that result in given a...