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Masato Akagi Professor
School of Information Science、Human Life Design Area

Results 1-13 of about 13

  • 1. Toward Affective Speech-to-Speech Translation,Akagi, M.,International Conference on Advances in Information and Communication Technology 2016, DOI 10.1007/978-3-319-49073-1 3,Thai Nguyen, Vietnam,2016/12/13
  • 2. Multi-layer model for expressive speech perception and its application to expressive speech synthesis,Akagi, M.,NCMMSC2009, Lanzhou, China, 2009/08/14
  • 3. Voice conversion to add non-linguistic information into speaking voices,Akagi, M.,International Conference on Communications and Electronics (ICCE 2008),Hoian, Vietnam,2008/6/5
  • 4. Perception of synthesized singing voices with fine fluctuations in their fundamental frequency contours,Akagi, M. and Kitakaze, H.,ICSLP2000,2000.1
  • 5. Design of robust subtractive beamformer for noisy speech recognition,Mizumachi, M., Akagi, M. and Nakamura, S.,ICSLP2000,2000.1
  • 6. Speech enhancement and segregation based on human auditory mechanisms (invited speech),Akagi, M., Mizumachi, M.,Ishimoto, Y., and Unoki, M.,IS2000,2000.11
  • 7. A computational model of binaural coincidence detection using impulses based on synchronization index (invited speech),Ito, K. and Akagi, M.,ISA2000 (BIS2000),2000.12
  • 8. A computational model of auditory sound localization based on ITD,Ito Kazuhito, Akagi Masato,Symposium on Recent Developments in Auditory Mechanics,1999.7
  • 9. Effect of the basilar membrane nonlinearities on rate-place representation of vowel in the cochlear nucleus: A modeling approach,Maki Katsuhiro, Akagi Masato, Hirota, Kaoru,Symposium on Recent Developments in Auditory Mechanics,1999.7
  • 10. Segregation of vowel in background noise using the model of segregating two acoustic sources based on auditory scene analysis,Unoki Masashi, Akagi Masato,CASA99, International Joint Conference on Artificial Intelligence 99,1999.7
  • 11. Segregation of vowel in background noise using the model of segregating two acoustic sources based on auditory scene analysis,Unoki Masashi, Akagi Masato,EUROSPEECH99,1999.9
  • 12. An objective distortion estimator for hearing aids and its application to noise reduction,Mizumachi Mitsunori, Akagi Masato,EUROSPEECH99,1999.9
  • 13. Noise reduction method that is equipped for robust direction finder in adverse environments,Mizumachi Mitsunori, Akagi Masato,Workshop on Robust Methods for Speech Recognition in Adverse Conditions,1999.5