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• Modelling of Green function in a rectangular room based upon the geometrical-filtration model

  R. Marczuk, L. Majkut

  213-230
• A Novel Method for Determining Optimum Dimension Ratios for Small Rectangular Rooms

  Mirosław MEISSNER

  2018-01-05

  217–225
• A new approach to the room impulse response simulation

  H. Łopacz, R. Marczuk
• Virtual Acoustics at the Service of Music Performance and Recording

  Wieslaw WOSZCZYK, Doyuen KO, Brett LEONARD

  109–113
• Computing Impulse Response of Room Acoustics Using the Ray-Tracing Method in Time Domain

  Adil ALPKOCAK, Malik Kemal SIS

  505–519
• Impact of Wall Impedance Phase Angle on Indoor Sound Field and Reverberation Parameters Derived from Room Impulse Response

  Mirosław MEISSNER, Tomasz ZIELINSKI

  2022-08-02

  343–353
• Prediction of Reverberant Properties of Enclosures via a Method Employing a Modal Representation of the Room Impulse Response

  Mirosław MEISSNER

  2015-07-23

  27–41
• Modelling the sound envelope auditory processing using the non-negative-impulse-response modulation filters concept. Part I. Initial simulations

  D. KUTZNER

  29-45
• Formation of Scattering Characteristics for Acoustical Ray Tracing Simulation

  Srđan BOJIČIĆ, Dragana ŠUMARAC-PAVLOVIĆ, Miomir MIJIĆ

  2018-07-06

  657–667
• Concert Hall Sound Clarity: A Comparison of Auditory Judgments and Objective Measures

  Andrzej MIŚKIEWICZ, Tomira ROGALA, Teresa ROŚCISZEWSKA, Tomasz RUDZKI, Tadeusz FIDECKI

  41–46
• Active Acoustics in Concert Halls – A New Approach

  Wieslaw WOSZCZYK

  2014-01-01

  379–393
• The Impact of HVAC Systems on Speech Intelligibility in University Classrooms

  Akın OKTAV, Arda ENER, Faruk ÖZENÇ, Sıla SARI

  2025-05-16
• Comparison of the cone-tracing simulation and the room impulse response measurements

  P. PĘKALA

  47-56
• Study on Chinese Speech Intelligibility Under Different Low-Frequency Characteristics of Reverberation Time Using a Hybrid Method

  Wuqiong HUANG, Jianxin PENG, Tinghui XIE

  2023-03-28

  151–157
• An adaptive, active noise reduction system in closed space

  W. CIESIELKA, A. GOŁAŚ

  179-192
• Active noise reduction system

  Wojciech CIESIELKA

  205-213