International audienceThis paper introduces the first community-based Signal Separation Evaluation Campaign (SiSEC 2008), coordinated by the authors. This initiative aims to evaluate source separation systems following specifications agreed between the entrants. Four speech and music datasets were contributed, including synthetic mixtures as well as microphone recordings and professional mixtures. The source separation problem was split into four tasks, each evaluated via different objective performance criteria. We provide an overview of these datasets, tasks and criteria, summarize the results achieved by the submitted systems and discuss organization strategies for future campaigns
We present the outcomes of three recent evaluation campaigns in the field of audio and biomedical so...
We present the outcomes of three recent evaluation campaigns in the field of audio and biomedical so...
International audienceWe present an overview of the biomedical part of the 2010 community-based Sign...
International audienceThis paper introduces the first community-based Signal Separation Evaluation C...
International audienceThis paper introduces the audio part of the 2010 community-based Signal Separa...
International audienceIn this paper, we report the 2015 community-based Signal Separation Evaluation...
International audienceThis paper summarizes the audio part of the 2011 community-based Signal Separa...
International audienceWe present the outcomes of three recent evaluation campaigns in the field of a...
International audienceIn this paper, we report the results of the 2016 community-based Signal Separa...
This paper introduces the audio part of the 2010 community-based Signal Separation Evaluation Campai...
This paper summarizes the audio part of the 2011 community-based Signal Separation Evaluation Campai...
This paper summarizes the audio part of the 2011 community-based Signal Separation Evaluation Campai...
This paper introduces the audio part of the 2010 community-based Signal Separation Evaluation Campai...
International audienceThis article provides an overview of the first stereo audio source separation ...
We present the outcomes of three recent evaluation campaigns in the field of audio and biomedical so...
We present the outcomes of three recent evaluation campaigns in the field of audio and biomedical so...
International audienceWe present an overview of the biomedical part of the 2010 community-based Sign...
International audienceThis paper introduces the first community-based Signal Separation Evaluation C...
International audienceThis paper introduces the audio part of the 2010 community-based Signal Separa...
International audienceIn this paper, we report the 2015 community-based Signal Separation Evaluation...
International audienceThis paper summarizes the audio part of the 2011 community-based Signal Separa...
International audienceWe present the outcomes of three recent evaluation campaigns in the field of a...
International audienceIn this paper, we report the results of the 2016 community-based Signal Separa...
This paper introduces the audio part of the 2010 community-based Signal Separation Evaluation Campai...
This paper summarizes the audio part of the 2011 community-based Signal Separation Evaluation Campai...
This paper summarizes the audio part of the 2011 community-based Signal Separation Evaluation Campai...
This paper introduces the audio part of the 2010 community-based Signal Separation Evaluation Campai...
International audienceThis article provides an overview of the first stereo audio source separation ...
We present the outcomes of three recent evaluation campaigns in the field of audio and biomedical so...
We present the outcomes of three recent evaluation campaigns in the field of audio and biomedical so...
International audienceWe present an overview of the biomedical part of the 2010 community-based Sign...