MFCC global features selection in improving speech emotion recognition rate
Feature selection is one of the important aspects that contribute most to the emotion recognition system performance as well as the database and the classification technique used.
Salam, Md. Sah, Zaidan, Noor Aina
core
Dual-branch hierarchical fusion network for voice-based classification of type 2 diabetes mellitus using multi-vowel acoustic features. [PDF]
Jiang P, Zhang W, Li A, Li P.
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Predicting competitive outcomes in professional e-sports from 60-second pre-match voice acoustics using machine learning. [PDF]
Kadri G +5 more
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Music Instrument Identification Using MFCC: Erhu as an Example
[[abstract]]In the analysis of musical acoustics, we usually use the power spectrum to describe the difference between timbres from two music instruments.
Chih-Wen Weng;Cheng-Yuan Lin;Jyh-Shing Roger Jang
core
Tumor microenvironment responsive nano-immunoregulator for precision cancer photodynamic immunotherapy. [PDF]
Chang X, Yu M, Wei P, Cheng J, Wu Y.
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Spatial-Temporal Relation Enhancement for Speech Emotion Recognition from Acoustic Signals Using Fibonacci Encoding with Diverse Feature Fusion. [PDF]
Huang S +9 more
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ForNet: classification of critical forest acoustic events using discriminative CNN representations and ensemble learning. [PDF]
Krishnamoorthy D +3 more
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Multi-QuadEmoNet: cat and dog emotion classification model from animal vocalization using multi-stage LSTM-GRU paradigm. [PDF]
Pearline SSRA +3 more
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Longitudinal voice biomarker trajectory modelling for Parkinson's disease severity: domain-adaptive transfer learning on mPower real-world smartphone data. [PDF]
Johnson DR, Logeswari G.
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EEG-based harmful brain activity classification using deep learning and feature fusion. [PDF]
Unnisa Z +5 more
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