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2.5D Localized Sound Zone Generation with a Circular Array of Fixed-Directivity Loudspeakers.. IWAENC, стр. 321-325. IEEE, (2018)Analytical methods of generating multiple sound zones for open and baffled circular loudspeaker arrays.. WASPAA, стр. 1-5. IEEE, (2015)Horizontal Local Sound Field Propagation Based on Sound Source Dimension Mismatch.. J. Inf. Hiding Multim. Signal Process., 8 (5): 1069-1081 (2017)High-Intelligibility Speech Synthesis for Dysarthric Speakers with LPCNet-Based TTS and CycleVAE-Based VC., , , , , , и . ICASSP, стр. 7058-7062. IEEE, (2021)Analytical approach to 2.5D sound field control using a circular double-layer array of fixed-directivity loudspeakers.. ICASSP, стр. 91-95. IEEE, (2017)Generation of multiple sound zones by spatial filtering in wavenumber domain using a linear array of loudspeakers.. ICASSP, стр. 4733-4737. IEEE, (2014)Comparative performance evaluation of near 3D sound field reproduction system with directional loudspeakers and wave field synthesis., , , , , , и . IUCS, стр. 221-228. IEEE, (2010)2.5D higher order ambisonics for a sound field described by angular spectrum coefficients.. ICASSP, стр. 326-330. IEEE, (2016)Horizontal 3D Sound Field Recording and 2.5D Synthesis with Omni-directional Circular Arrays.. ICASSP, стр. 960-964. IEEE, (2019)3D Localized Sound Zone Generation with a Planar Omni-Directional Loudspeaker Array.. WASPAA, стр. 110-114. IEEE, (2019)