Add to ORKGRaw data used to produce published results. The paper describes a novel acoustic beamforming technique and its application to simulated microphone-array signals due to rotating sources. The data consist of the simulated microphone signals and the additional information needed to analyse them. See README file included in zip for further details
Due to the traditionally high cost of large microphone arrays, the application of arrays for large r...
The noise covariance matrix computed between the signals from a microphone array is used in the desi...
A microphone array is designed, built and used for analyzing the radiation of a single test instrume...
Raw data used to produce published results. The paper describes a novel acoustic beamforming techni...
Noise-source identification using microphone arrays has become well-established in wind-tunnel testi...
Microphone arrays methods are useful for determining the location and magnitude of rotating acoustic...
A time-domain beamforming method based on microphone array measurements is applied to identify the l...
Several beamforming algorithms are introduced to analysis moving sources. All of them can be viewed ...
The aim of this paper is to present two acoustic beamforming methods developed for rotating sources,...
The use of arrays of microphones to locate and characterise acoustic sources is becoming more common...
The development of the beamforming method (also called microphone antenna, phased array of microphon...
The current availability and affordability of multi-microphone array systems has awakened a strong i...
his paper denotes various possibilities of localization of sources of acoustic signals. It informs t...
Microphone arrays methods are useful for determining the location and magnitude of rotating acoustic...
We consider the theoretical and practical aspects of locating acoustic sources using an array of mi...
Due to the traditionally high cost of large microphone arrays, the application of arrays for large r...
The noise covariance matrix computed between the signals from a microphone array is used in the desi...
A microphone array is designed, built and used for analyzing the radiation of a single test instrume...
Raw data used to produce published results. The paper describes a novel acoustic beamforming techni...
Noise-source identification using microphone arrays has become well-established in wind-tunnel testi...
Microphone arrays methods are useful for determining the location and magnitude of rotating acoustic...
A time-domain beamforming method based on microphone array measurements is applied to identify the l...
Several beamforming algorithms are introduced to analysis moving sources. All of them can be viewed ...
The aim of this paper is to present two acoustic beamforming methods developed for rotating sources,...
The use of arrays of microphones to locate and characterise acoustic sources is becoming more common...
The development of the beamforming method (also called microphone antenna, phased array of microphon...
The current availability and affordability of multi-microphone array systems has awakened a strong i...
his paper denotes various possibilities of localization of sources of acoustic signals. It informs t...
Microphone arrays methods are useful for determining the location and magnitude of rotating acoustic...
We consider the theoretical and practical aspects of locating acoustic sources using an array of mi...
Due to the traditionally high cost of large microphone arrays, the application of arrays for large r...
The noise covariance matrix computed between the signals from a microphone array is used in the desi...
A microphone array is designed, built and used for analyzing the radiation of a single test instrume...