This paper describes ongoing research aiming at the description of variation in speech as represented by asynchronous articulatory features. We will first illustrate how distances in the articulatory feature space can be used for event detection along speech trajectories in this space. The temporal structure imposed by the cosine distance in articulatory feature space coincides to a large extent with the manual segmentation on phone level. The analysis also indicates that the articulatory feature representation provides better such alignments than the MFCC representation does. Secondly, we will present first results that indicate that articulatory features can be used to probe for acoustic differences in the onsets of Dutch singulars and pl...
We report on investigations, conducted at the 2006 Johns HopkinsWorkshop, into the use of articulato...
A novel framework for automatic articulatory-acoustic feature extraction has been developed for enha...
The words making up a speaker’s mental lexicon may be stored as abstract phonological representation...
This paper describes ongoing research aiming at the description of variation in speech as represente...
This paper describes ongoing research on the relation between variation in speech in the articulator...
This paper describes ongoing research on the relation between variation in speech in the articulator...
This paper combines acoustic features with a high temporal and a high frequency resolution to reliab...
The ultimate goal of our research is to develop a computational model of human speech recognition th...
The past decade has seen phenomenal improvement in the performance of Automatic Speech Recognition (...
This paper investigates the use of articulatory-acoustic features for the classification of syllable...
speech variation and word type differentiation by articulatory feature representation
A novel approach to articulatory-acoustic feature extraction has been developed for enhancing the ac...
The ultimate goal of our research is to develop a computational model of human speech recognition th...
Articulatory feature (AF) modelling of speech has received a considerable amount of attention in aut...
Current Automatic Speech Recognition (ASR) systems fail to perform nearly as good as human speech re...
We report on investigations, conducted at the 2006 Johns HopkinsWorkshop, into the use of articulato...
A novel framework for automatic articulatory-acoustic feature extraction has been developed for enha...
The words making up a speaker’s mental lexicon may be stored as abstract phonological representation...
This paper describes ongoing research aiming at the description of variation in speech as represente...
This paper describes ongoing research on the relation between variation in speech in the articulator...
This paper describes ongoing research on the relation between variation in speech in the articulator...
This paper combines acoustic features with a high temporal and a high frequency resolution to reliab...
The ultimate goal of our research is to develop a computational model of human speech recognition th...
The past decade has seen phenomenal improvement in the performance of Automatic Speech Recognition (...
This paper investigates the use of articulatory-acoustic features for the classification of syllable...
speech variation and word type differentiation by articulatory feature representation
A novel approach to articulatory-acoustic feature extraction has been developed for enhancing the ac...
The ultimate goal of our research is to develop a computational model of human speech recognition th...
Articulatory feature (AF) modelling of speech has received a considerable amount of attention in aut...
Current Automatic Speech Recognition (ASR) systems fail to perform nearly as good as human speech re...
We report on investigations, conducted at the 2006 Johns HopkinsWorkshop, into the use of articulato...
A novel framework for automatic articulatory-acoustic feature extraction has been developed for enha...
The words making up a speaker’s mental lexicon may be stored as abstract phonological representation...