This paper describes a method for jointly designing the crosstalk cancellation filters to facilitate binaural rendering of audio through loudspeakers. The minimax criterion is used to design the immer-sive audio rendering filters having finite impulse responses for a sin-gle listener using loudspeakers. The work presented is applied to the traditional Atal-Schroeder crosstalk canceler structure. The min-imax approach provides improved low frequency performance and a better overall separation of the direct path and cross path transfer functions than the conventional least-squares designs. Index Terms — Acoustic signal processing, crosstalk, loudspeak-ers, minimax methods
dissertationMultichannel audio is necessary to enhance sound realism in a teleconferencing system. ...
Cross-talk cancellation allows for the reproduction of binaural audio through loudspeakers. This use...
Crosstalk cancellation can be used to reproduce binaural audio over loudspeakers without headphones....
Abstract—This paper presents a method for jointly designing immersive audio rendering filters for a ...
This paper presents a novel approach for implementing immersive audio rendering filters for a single...
Journal ArticleAbstract-This paper presents a method for jointly designing immersive audio rendering...
Several approaches to render binaural signals through loudspeakers have been proposed in the past de...
Presented at the 20th International Conference on Auditory Display (ICAD2014), June 22-25, 2014, New...
By the use of cross-talk cancellation techniques, it is possible to reproduce binaural audio with lo...
Several approaches to render binaural signals through loudspeakers have been proposed previously. So...
Binaural audio requires the use of crosstalk cancellation if reproduced using loudspeakers. A three-...
To evaluate the performance of crosstalk cancellation systems the channel separation is usually used...
While there are a variety of methods and tradeoffs for creating the necessary crosstalk cancellation...
Crosstalk cancellation is a well-known technique to deliver virtual 3D sound to a listener via two o...
Virtual 3-D sound can be easily delivered to a listener by binaural audio signals that are reproduce...
dissertationMultichannel audio is necessary to enhance sound realism in a teleconferencing system. ...
Cross-talk cancellation allows for the reproduction of binaural audio through loudspeakers. This use...
Crosstalk cancellation can be used to reproduce binaural audio over loudspeakers without headphones....
Abstract—This paper presents a method for jointly designing immersive audio rendering filters for a ...
This paper presents a novel approach for implementing immersive audio rendering filters for a single...
Journal ArticleAbstract-This paper presents a method for jointly designing immersive audio rendering...
Several approaches to render binaural signals through loudspeakers have been proposed in the past de...
Presented at the 20th International Conference on Auditory Display (ICAD2014), June 22-25, 2014, New...
By the use of cross-talk cancellation techniques, it is possible to reproduce binaural audio with lo...
Several approaches to render binaural signals through loudspeakers have been proposed previously. So...
Binaural audio requires the use of crosstalk cancellation if reproduced using loudspeakers. A three-...
To evaluate the performance of crosstalk cancellation systems the channel separation is usually used...
While there are a variety of methods and tradeoffs for creating the necessary crosstalk cancellation...
Crosstalk cancellation is a well-known technique to deliver virtual 3D sound to a listener via two o...
Virtual 3-D sound can be easily delivered to a listener by binaural audio signals that are reproduce...
dissertationMultichannel audio is necessary to enhance sound realism in a teleconferencing system. ...
Cross-talk cancellation allows for the reproduction of binaural audio through loudspeakers. This use...
Crosstalk cancellation can be used to reproduce binaural audio over loudspeakers without headphones....