スポンサーリンク
Research Institute Of Electrical Communication And Graduate School Of Information Science Tohoku Uni | 論文
- Loudness and noisiness of a repeated impact sound : Results of round robin tests in Japan(II)
- A temporal integration model for loudness perception of repeated impulsive sounds
- Equal-loudness level contours for pure tone under free field listening conditions (I) : Some data and considerations on experimental conditions
- Growth of the loudness of a tone burst with a duration up to 10 seconds
- A Speech Enhancement Technique Using Kalman Filter with State Vector of Time-Frequency Patterns(Special Section on Acoustic Signal Processing)
- New Design Method of a Binaural Microphone Array Using Multiple Constraints (Special Section on Advanced Signal Processing Techniques for Analysis of Acoustical and Vibrational Signals)
- Sound Field Reproduction by Controlling the Transfer Functions from the Source to Multiple Points in Close Proximity
- Convergence Characteristics of the Adaptive Array Using RLS Algorithm
- Sound localization in headphone reproduction by simulating transfer functions from the sound source to the external ear
- Interpolation of Head-Related Transfer Functions based on the Common-Acoustical-Pole and Residue model
- Elementary real-time implementation of a virtual acoustic display based on ADVISE
- A new theory for high definition virtual acoustic display named ADVISE
- A database of Head-Related Transfer Functions in whole directions on upper hemisphere
- 正中面に置かれた二音源による音像定位
- The effect of linearly moving sound image on perceived self-motion with vestibular information
- The effects of linearly moving sound images on self-motion perception
- A further investigation into the method for active suppression of reflected sound waves based on the state feedback control
- Active Control of Sound Intensity for Suppression of Reflected Sound Waves Based on the State Feedback Control(Special Section on Acoustic Signal Processing)
- はりの遠方場における振動インテンシティの能動制御
- Adaptive Control of Vibration Intensity in a Beam in the Frequency Domain (Special Section on Advanced Signal Processing Techniques for Analysis of Acoustical and Vibrational Signals)