Name
Affiliation
Papers
YASUO NOMURA
Kansai Univ, Fac Engn Sci, Suita, Osaka 5640073, Japan
22
Collaborators
Citations 
PageRank 
28
47
11.75
Referers 
Referees 
References 
49
34
38
Title
Citations
PageRank
Year
Sound Field Reproduction System Using Simultaneous Perturbation Method00.342008
An Estimation Method of Parameters for Closed-box Loudspeaker System91.542008
Acoustic Echo Cancellation Using Sub-Adaptive Filter10.362008
Linearization of Loudspeaker Systems Using a Subband Parallel Cascade Volterra Filter50.952007
Improvement of the Stability and Cancellation Performance for the Active Noise Control System Using the Simultaneous Perturbation Method00.342007
Sound reproduction system with simultaneous perturbation method00.342006
Improvement Of Cancellation Performance For Anc System Using The Simultaneous Perturbation Method00.342006
Multi-Channel Active Noise Control With Freely Movable Error Microphones10.382005
Linearization of loudspeaker systems using MINT and Volterra filters10.392005
An image transmission system in MC-DS-CDMA with weight control00.342004
Active Noise Control Without A Secondary Path Model By Using A Frequency-Domain Simultaneous Perturbation Method With Variable Perturbation91.082003
Frequency Domain Active Noise Control Systems Using The Time Difference Simultaneous Perturbation Method60.802003
Linearization technique for stereophonic reproduction systems with nonlinearity00.342002
Frequency domain active noise control system using optimal step-size parameters10.412001
Volterra filters using multirate signal processing and their application to loudspeaker systems10.502001
Identification and elimination of second-order nonlinear distortion of loudspeaker systems using digital Volterra filter70.842000
Directional difference-based impulse detector and median filter00.342000
The summational projection algorithm for the adaptive Volterra filter00.341998
Dialog context dependencies of utterances generated from concept reperesentation00.341994
A support environment based on rule interpreter for synthesis by rule00.341990
Explanation facilities for novice users based on deep knowledge.40.571989
A continuous speech recognition system with a powerful environment for the knowledge-base construction: SPREX II.20.551989