@techreport{oai:ipsj.ixsq.nii.ac.jp:00218409,
 author = {山田, 千尋 and 伊藤, 彰教 and 三上, 浩司 and Chihiro, Yamada and Akinori, Ito and Koji, Mikami},
 issue = {17},
 month = {Jun},
 note = {透過型 HMD で再生された効果音と，実環境で再生される効果音は明確に分離されて聞こえるのかを確認するため，知覚実験を行った．実験刺激はブロックを積む課題の AR コンテンツを 1 つ準備した．2 分時点と 3 分時点でそれぞれ別のミュージックエフェクトを再生し，可聴性と再生デバイスについてアンケートを行った．19 歳から 24 歳の 15 名が被験者として参加した．McNemar の検定を実施した結果，可聴性については，三角波を用いた長短のミュージックエフェクトで，環境音と HDM 再生音の回答に p=0.041 という結果が得られた．, Perceptual experiments were conducted to confirm whether the sound effects played by the transparent HMD and those played in the real environment are clearly separated and audible. Experimental stimuli included one AR content for the task of stacking blocks; different music effects were played at 2 and 3 minutes, respectively, and participants were asked about audibility and playback device. Fifteen subjects, aged 19 to 24 years, participated in the study. McNemar's test was conducted, and the result for audibility was p=0.041 for the responses of environmental sounds and HDM playback sounds with long and short music effects using triangular waves.},
 title = {透過型HMDによるミュージックエフェクトの知覚実験},
 year = {2022}
}