Hodoshima Nao

教授
学位：博士（工学）

基本情報

所属

Undergraduate School of Information and Telecommunication Engineering / Department of Information and Telecommunication Engineering
Graduate School of Science and Technology / Course of Science and Technology
Graduate School of Information and Telecommunication Engineering / Course of Information and Telecommunication Engineering

詳細情報

研究キーワード

Acoustics
Hearing
barrier-free
Communication
Speech

研究分野

Informatics Perceptual information processing
Life sciences Rehabilitation science
Informatics Intelligent robotics
Informatics Human interfaces and interactions

委員歴

Acoustical Society of Japan Board member, Technical Committee of Psychologicaland Physiological Acoustics
Acoustical Society of Japan Associate editor
Acoustical Society of Japan Board member, Students and Young Researchers Forum

論文

Comparative measurement of headphones using new test signals and side tones while voicing

Applying Lombard speech improves speech intelligibility of outdoor public address systems under aircraft noise

The importance of intelligible speech in public spaces

Effects of urgent speech and congruent/incongruent text on speech intelligibility for older adults in the presence of noise and reverberation

Perception of Japanese length contrasts with reverberation by native and nonnative listeners

Improving intelligibility of speech spoken under reverberant environment conditions: Effect of reverberation frequency characteristics on speech intelligibility

Effects of classical, film and video game music on creativity

Reverberation-induced speech improves intelligibility in reverberation: Effects of taker gender and speaking rate

講演・口頭発表等

Effects of urgent speech and congruent/incongruent text on speech intelligibility in noise and reverberation
Reverberation-induced speech improves intelligibility in reverberation: Effects of taker gender and speaking rate
Effects of classical, film and video game music on creativity
Improving intelligibility of speech spoken under reverberant environment conditions: effect of reverberation frequency characteristics on speech intelligibility
Effects of urgent speech and preceding sounds on speech intelligibility in noisy and reverberant environments
Lombard-like effect against reverberation improves speech intelligibility in reverberation
The effect of storybook reading speaking style on elementary school children’s understanding of the story
Making spoken announcements intelligible in noisy and reverberant public spaces. -Signal processing and speech production; and visual effect -
Intelligibility of speech spoken in noise/reverberation for older adults in reverberant environments.
Correlation between a questionnaire about noise-induced hearing loss and SPL of portable music players of high school and university students.
Making speech announcements intelligible in public spaces from a speech production view.
Enhanced speech yielding higher intelligibility for all listeners and environments
Intelligibility of speech spoken in noise and reverberation
Improving consonant identification in noise and reverberation by steady-state suppression as a preprocessing approach.
Effects of training, style, and rate of speaking on speech perception of young people in reverberation
Enhancing speech in reverberation by steady-state suppression.
Effect of talker variability on speech perception by elderly people in reverberation.
Preprocessing effects on speech intelligibility in reverberation using mixed natural and electroacoustical sounds.
Steady-state suppression in reverberation: A comparison of native and nonnative speech perception.
Temporally enhanced speech is more intelligible in reverberant environments.