@ARTICLE{Majer_Jacek_Sound_2024, author={Majer, Jacek}, volume={vol. 70}, number={No 2}, journal={International Journal of Electronics and Telecommunications}, pages={355-360}, howpublished={online}, year={2024}, publisher={Polish Academy of Sciences Committee of Electronics and Telecommunications}, abstract={This study assessed sound localisation definition in ambisonic systems using two-non-parametric and three parametric decoders, in a two-dimensional format. The sound samples were played back through eight loudspeakers arranged in a circle. The participants compared pairs of sound samples to determine which sample offered a more precise perception of the sound source’s location. The data analysis, using a Bradley-Terry probability mode, revealed that parametric decoders were preferred with a 60–83% probability. Among the parametric decoders, the COMPASS method, which utilizes the Multiple Signal Classification algorithm for sound source direction estimation, received the highest scores for sound localisation judgements.}, type={Article}, title={Sound localisation definition in parametrically and non-parametrically decoded first-order ambisonic systems}, URL={http://www.czasopisma.pan.pl/Content/131793/12-4599-Majer-sk.pdf}, doi={10.24425/ijet.2024.149552}, keywords={ambisonics, spatial audio, parametric decoding, psychoacoustics}, }