The approach of geoacoustic emission signals denoising from native and technogenic noises based on sparse approximation method is offered in this paper. The use of this means made it possible to clear geoacoustic emission pulses from technogenic parasitical component
Marin seismic acquisition results in signals that are affected by both random and coherent noise. Fo...
The paper presents a speech processing method based on spectral subtraction that is effective for re...
The work described in this technical report is part of an ongoing project to build practical tools f...
The sparse approximation is a powerful instrument for time-and-frequency signal analysis. This publi...
Recorded geoacoustic signals often contain noise and interference. Their appearance is caused by var...
The article is devoted to a new approach in the analysis of geoacoustic pulses. The authors proposed...
The results of the study of the possibility of using the empirical mode decomposition method for cle...
We propose a novel seismic signal processing approach to efficiently and effectively attenuate seism...
An algorithm for the separation of sound sources is presented. Each source is parametrized as a conv...
In this work, a novel subspace-based algorithm is presented for automated random noise reduction in ...
In view of the fact that the noise in the same frequency band as the useful signal in the MEMS accel...
The paper discusses the processing and analysis methods for the geoacoustic and electromagnetic emis...
Abstract. A nonlinear, adaptive method to remove the har-monic noise that commonly resides in geophy...
Gravitational Sound clips produced by the Laser Interferometer Gravitational-Wave Observatory (LIGO)...
The thesis deals with modern methods of audio denoising. Reconstruction of the audiosignal is primar...
Marin seismic acquisition results in signals that are affected by both random and coherent noise. Fo...
The paper presents a speech processing method based on spectral subtraction that is effective for re...
The work described in this technical report is part of an ongoing project to build practical tools f...
The sparse approximation is a powerful instrument for time-and-frequency signal analysis. This publi...
Recorded geoacoustic signals often contain noise and interference. Their appearance is caused by var...
The article is devoted to a new approach in the analysis of geoacoustic pulses. The authors proposed...
The results of the study of the possibility of using the empirical mode decomposition method for cle...
We propose a novel seismic signal processing approach to efficiently and effectively attenuate seism...
An algorithm for the separation of sound sources is presented. Each source is parametrized as a conv...
In this work, a novel subspace-based algorithm is presented for automated random noise reduction in ...
In view of the fact that the noise in the same frequency band as the useful signal in the MEMS accel...
The paper discusses the processing and analysis methods for the geoacoustic and electromagnetic emis...
Abstract. A nonlinear, adaptive method to remove the har-monic noise that commonly resides in geophy...
Gravitational Sound clips produced by the Laser Interferometer Gravitational-Wave Observatory (LIGO)...
The thesis deals with modern methods of audio denoising. Reconstruction of the audiosignal is primar...
Marin seismic acquisition results in signals that are affected by both random and coherent noise. Fo...
The paper presents a speech processing method based on spectral subtraction that is effective for re...
The work described in this technical report is part of an ongoing project to build practical tools f...
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