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• Prediction Models with Multiple Linear Regression for Improving Acoustic Performance of Textile Industry Plants

  Muammer YAMAN, Cüneyt KURTAY, Gülsu ULUKAVAK HARPUTLUGIL

  2025-01-09

  3-16
• Averaging the frequency of the larynx tone in the correlation method of its estimation using the technique of linear prediction

  Andrzej DZIURNIKOWSKI

  23-44
• Formant frequency estimations of whispered speech in Chinese

  Gang LV, Heming ZHAO

  127–135
• Automatic identification of music performer using the linear prediction cepstral coefficients method

  Magdalena CHUDY

  27–33
• Automatic determination of the frequency behaviour of the larynx tone by the method of linear prediction

  Andrzej DZIURNIKOWSKI

  31-46
• Traffic Noise Models for Curved Roads

  Diana Ioana POPESCU, Ioan COSMA

  2016-04-10

  309–314
• A note on identifying a transmission factor in room acoustics

  M. Ohta, H. Ogawa
• Pulsed nonlinear acoustic fields from clinically relevant sources: numerical calculations and experiments results

  Janusz WÓJCIK, Tamara KUJAWSKA, Andrzej NOWICKI

  565–571
• Automatic speech signal segmentation with chosen parametrization method

  Cz. BASZTURA, T. SAWCZYN

  2014-05-01

  3-15
• Perception of Polish accent in a re-synthesized speech signal

  W. JASSEM, W. Van Dommelen

  2014-05-01

  325-348
• Noise prediction on ships

  Edward SZCZERBICKI, Andrzej SZUWARZYŃSKI

  111-122
• Assessment of High Frequency Imaging and Doppler System for the Measurements of the Radial Artery Flow-Mediated Dilation

  Andrzej NOWICKI, Barbara GAMBIN, Wojciech SECOMSKI, Zbigniew TRAWŃSKI, Michał SZUBIELSKI, Ryszard TYMKIEWICZ, Robert OLSZEWSKI

  2019-07-11

  637–644
• Pulsed Focused Nonlinear Acoustic Fields from Clinically Relevant Therapeutic Sources in Layered Media: Experimental Data and Numerical Prediction Results

  Tamara KUJAWSKA

  269–278
• Deep Neural Network for Supervised Single-Channel Speech Enhancement

  Nasir SALEEM, Muhammad IRFAN KHATTAK, Muhammad Yousaf ALI, Muhammad SHAFI

  2019-01-21

  3–12