Abstract book (pdf) - ICPR 2010
Abstract book (pdf) - ICPR 2010
Abstract book (pdf) - ICPR 2010
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13:30-16:30, Paper ThBCT9.24<br />
Emotional Speech Classification based on Multi View Characterization<br />
Mahdhaoui, Ammar, Univ. Pierre & Marie Curie<br />
Chetouani, M., Inst. des Systèmes Intelligents et Robotique<br />
Emotional speech classification is a key problem in social interaction analysis. Traditional emotional speech classification<br />
methods are completely supervised and require large amounts of labeled data. In addition, various feature sets are usually<br />
used to characterize the emotional speech signals. Therefore, we propose a new co-training algorithm based on multiview<br />
features. More specifically, we adopt different features for the characterization of speech signals to form different<br />
views for classification, so as to extract as much discriminative information as possible. We then use the co-training algorithm<br />
to classify emotional speech with only few annotations. In this article, a dynamic weighted co-training algorithm is<br />
developed to combine different features (views) to predict the common class variable. Experiments prove the validity and<br />
effectiveness of this method compared to self-training algorithm.<br />
13:30-16:30, Paper ThBCT9.25<br />
Image Inpainting using Structure-Guided Priority Belief Propagation and Label Transformations<br />
Hsin, Heng-Feng, National Chung Cheng Univ.<br />
Leou, Jin-Jang, National Chung Cheng Univ.<br />
Lin, Cheng-Shian, National Chung Cheng Univ.<br />
Chen, Hsuan-Ying, National Chung Cheng Univ.<br />
In this study, an image in painting approach using structure-guided priority belief propagation (BP) and label transformations<br />
is proposed. The proposed approach contains five stages, namely, Markov random field (MRF) node determination,<br />
structure map generation, label set enlargement by label transformations, image in painting by priority-BP optimization,<br />
and overlapped region composition. Based on experimental results obtained in this study, as compared with three comparison<br />
approaches, the proposed approach provides the better image in painting results.<br />
13:30-16:30, Paper ThBCT9.26<br />
Comparison of Syllable/Phone HMM based Mandarin TTS<br />
Duan, Quansheng, Tsinghua Univ.<br />
Kang, Shiyin, Tsinghua Univ.<br />
Shuang, Zhiwei, IBM Res. - China<br />
Wu, Zhiyong, Tsinghua Univ.<br />
Cai, Lianhong, Tsinghua Univ.<br />
Qin, Yong, IBM Res. - China<br />
The performance of HMM-based text to speech (TTS) system is affected by the basic modeling units and the size of<br />
training data. This paper compares two HMM based Mandarin TTS systems using syllable and phone as basic units respectively<br />
with 1000, 3000 and 5000 sentences’ training data. Two female speakers’ corpora are used as training data for<br />
evaluation. For both corpora, the system using syllable as basic unit outperforms the system using phone as basic unit<br />
with 3000 and 5000 sentences’ training data.<br />
13:30-16:30, Paper ThBCT9.27<br />
QRS Complex Detection by Non Linear Thresholding of Modulus Maxima<br />
Jalil, Bushra, Univ. de Bourgogne<br />
Laligant, Olivier, Univ. de Bourgogne<br />
Fauvet, Eric, Univ. de Bourgogne<br />
Beya, Ouadi, Univ. de Bourgogne<br />
Electrocardiogram (ECG) signal is used to analyze the cardiovascular activity in the human body and has a primary role<br />
in the diagnosis of several heart diseases. The QRS complex is the most distinguishable component in the ECG. Therefore,<br />
the accuracy of the detection of QRS complex is crucial to the performance of subsequent machine learning algorithms<br />
for cardiac disease classification. The aim of the present work is to detect QRS wave from ECG signals. Wavelet transform<br />
filtering is applied to the signal in order to remove baseline drift, followed by QRS localization. By using the property of<br />
R peak, having highest and prominent amplitude, we have applied thresholding technique based on the median absolute<br />
deviation(MAD) of modulus maximas to detect the complex. In order to evaluate the algorithm, the analysis has been<br />
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