Estimates of Transmission Characteristics Related to Perception of Bone-Conducted Speech Using Real Utterances and Transcutaneous Vibration on Larynx. - Teruki Toya; Peter Birkholz; Masashi Unoki (SPECOM, 2019)

Method for improving the word intelligibility of presented speech using bone-conduction headphones. - Teruki Toya; Wenyu Zhu; Maori Kobayashi; Kenichi Nakamura; Masashi Unoki (INTERSPEECH, 2022)

Towards Non-Invasive Diagnosis System for Middle-Ear Dysfunctions Based on Principles of Impulse Response Measurement. - Teruki Toya; Risa Nagai; Hisashi Sugimoto; Michio Murakoshi (GCCE, 2023)

Consonant-emphasis Method Incorporating Robust Consonant-section Detection to Improve Intelligibility of Bone-conducted speech. - Yasufumi Uezu; Sicheng Wang; Teruki Toya; Masashi Unoki (INTERSPEECH, 2023)

Circumferential Multiple Source Separation Using a Small Microphone Array and 2-D Spectra. - Senta Ariizumi; Teruki Toya; Kanji Watanabe; Shuichi Sakamoto; Kenji Ozawa (GCCE, 2024)

Towards Mimicking Speakers' Own Perceived Voice by Subjective Evaluation Considering Bone-Conduction Transmission Characteristics. - Teruki Toya; Taichi Kouno; Kenji Ozawa (GCCE, 2024)