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• Automatic Genre Classification Using Fractional Fourier Transform Based Mel Frequency Cepstral Coefficient and Timbral Features

  Daulappa Guranna BHALKE, Betsy RAJESH, Dattatraya Shankar BORMANE

  2017-04-11

  213–222
• Sound Quality Prediction Method of Dual-Phase Hy-Vo Chain Transmission System Based on MFCC-CNN and Fuzzy Generation

  Jiabao LI, Lichi AN, Yabing CHENG, Haoxiang WANG

  2024-10-21

  527–542
• MEL frequency cepstral coefficients (MFCC) of original speakers and their imitators

  W. Majewski

  445-449
• Hybridisation of Mel Frequency Cepstral Coefficient and Higher Order Spectral Features for Musical Instruments Classification

  Daulappa Guranna BHALKE, C. B. RAMA RAO, Dattatraya BORMANE

  2016-02-18

  427–436
• Phase Autocorrelation Bark Wavelet Transform (PACWT) Features for Robust Speech Recognition

  Sayf A. MAJEED, Hafizah HUSAIN, Salina Abd. SAMAD

  2014-12-16

  25–31
• Music Performers Classification by Using Multifractal Features: A Case Study

  Natasa RELJIN, David POKRAJAC

  2017-04-25

  223–233
• Heart Rate Detection and Classification from Speech Spectral Features Using Machine Learning

  Mohammed USMAN, Mohammed ZUBAIR, Zeeshan AHMAD, Monji ZAIDI, Thafasal IJYAS, Muneer PARAYANGAT, Mohd WAJID, Mohammad SHIBLEE, Syed Jaffar ALI

  2021-03-18

  41–53
• Comparative Study of Visual Feature for Bimodal Hindi Speech Recognition

  Prashant UPADHYAYA, Omar FAROOQ, Musiur Raza ABIDI, Priyanka VARSHNEY

  2015-09-28

  609–619
• Marine Mammals Classification using Acoustic Binary Patterns

  Maheen NADIR, Syed Muhammad ADNAN, Sumair AZIZ, Muhammad Umar KHAN

  2020-11-20

  721–731
• Enhancement in Bearing Fault Classification Parameters Using Gaussian Mixture Models and Mel Frequency Cepstral Coefficients Features

  Youcef ATMANI, Said RECHAK, Ammar MESLOUB, Larbi HEMMOUCHE

  2020-04-29

  283–295
• Voice Traces of Anxiety: Acoustic Parameters Affected by Anxiety Disorder

  Turgut ÖZSEVEN, Muharrem DÜĞENCI, Ali DORUK, Hilal İlkay KAHRAMAN

  2018-10-19

  625–636
• Some comments about the existing theory of sound with comparison to the experimental research of vector effects in real-life acoustic near fields

  Paweł MRÓWKA, Ryszard MAKOWSKI

  221–242