In this paper, we present a novel speech-rhythm-guided syllable-nuclei location detection algorithm. As a departure from conventional methods, we introduce an instantaneous speech rhythm estimator to predict possible regions where syllable nuclei can appear. Within a possible region, a simple slope based peak counting algorithm is used to get the exact location of each syllable nucleus. We verify the correctness of our method by investigating the syllable nuclei interval distribution in TIMIT dataset, and evaluate the performance by comparing with a state-of-the-art syllable nuclei based speech rate detection approach
Prominence of speech, which is often called 'accent,' affects the fluency of speaking very much in A...
Humans are quite capable of identifying languages under noisy conditions while computers still strug...
Comunicació presentada al International Workshop on Folk Music Analysis, celebrat del 14 al 16 de ju...
Segmentation of speech into syllables is beneficial for many spoken language processing applications...
Acoustic feature based speech (syllable) rate estimation and syllable nuclei detection are important...
This paper introduces novel paradigms for the segmentation of speech into syllables. The main idea o...
International audienceThis paper introduces novel paradigms for the segmentation of speech into syll...
<p>The example shows the trochaic nursery rhyme sentence "Jack and Jill". (Top). The Syllable AMs fr...
Speaking rate is an important attribute of the speech signal which plays a crucial role in the perfo...
Speech (syllable) rate estimation typically involves computing a feature contour based on sub-band e...
Automatic syllable count estimation (SCE) is used in a variety of applications ranging from speaking...
This paper introduces a new unsupervised and score-informed method for the segmentation of singing v...
It is difficult to perceive syllable boundaries in a naturally uttered word. The number of syllables...
The syllable serves as an important interface between the lowerlevel (phonetic and phonological) and...
The primary use of sequence monitoring (also known as syllable or fragment monitoring) has been to d...
Prominence of speech, which is often called 'accent,' affects the fluency of speaking very much in A...
Humans are quite capable of identifying languages under noisy conditions while computers still strug...
Comunicació presentada al International Workshop on Folk Music Analysis, celebrat del 14 al 16 de ju...
Segmentation of speech into syllables is beneficial for many spoken language processing applications...
Acoustic feature based speech (syllable) rate estimation and syllable nuclei detection are important...
This paper introduces novel paradigms for the segmentation of speech into syllables. The main idea o...
International audienceThis paper introduces novel paradigms for the segmentation of speech into syll...
<p>The example shows the trochaic nursery rhyme sentence "Jack and Jill". (Top). The Syllable AMs fr...
Speaking rate is an important attribute of the speech signal which plays a crucial role in the perfo...
Speech (syllable) rate estimation typically involves computing a feature contour based on sub-band e...
Automatic syllable count estimation (SCE) is used in a variety of applications ranging from speaking...
This paper introduces a new unsupervised and score-informed method for the segmentation of singing v...
It is difficult to perceive syllable boundaries in a naturally uttered word. The number of syllables...
The syllable serves as an important interface between the lowerlevel (phonetic and phonological) and...
The primary use of sequence monitoring (also known as syllable or fragment monitoring) has been to d...
Prominence of speech, which is often called 'accent,' affects the fluency of speaking very much in A...
Humans are quite capable of identifying languages under noisy conditions while computers still strug...
Comunicació presentada al International Workshop on Folk Music Analysis, celebrat del 14 al 16 de ju...