陶山 健仁 SUYAMA Kenji

ID:9000244903406

東京電機大学工学部電気電子工学科 Department of Electrical and Electronic Engineering, School of Engineering, Tokyo Denki University (2013年 CiNii収録論文より)

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Articles:  1-4 of 4

  • An Avoidance of Particle Intensification in Multiple Sound Source Tracking  [in Japanese]

    MATSUDA Naoyori , SUYAMA Kenji

    Particle filters are widely used for sound source tracking using microphone arrays. When there are multiple sound sources, however, a particle intensification problem arises. The intensification of pa …

    Technical report of IEICE. VLD 113(119), 19-24, 2013-07-11

  • An Avoidance of Particle Intensification in Multiple Sound Source Tracking  [in Japanese]

    MATSUDA Naoyori , SUYAMA Kenji

    Particle filters are widely used for sound source tracking using microphone arrays. When there are multiple sound sources, however, a particle intensification problem arises. The intensification of pa …

    IEICE technical report. Signal processing 113(120), 19-24, 2013-07-11

  • An Avoidance of Particle Intensification in Multiple Sound Source Tracking  [in Japanese]

    MATSUDA Naoyori , SUYAMA Kenji

    Particle filters are widely used for sound source tracking using microphone arrays. When there are multiple sound sources, however, a particle intensification problem arises. The intensification of pa …

    Mathematical Systems Science and its Applications : IEICE technical report 113(121), 19-24, 2013-07-11

  • An Avoidance of Particle Intensification in Multiple Sound Source Tracking  [in Japanese]

    MATSUDA Naoyori , SUYAMA Kenji

    Particle filters are widely used for sound source tracking using microphone arrays. When there are multiple sound sources, however, a particle intensification problem arises. The intensification of pa …

    IEICE technical report. Circuits and systems 113(118), 19-24, 2013-07-11

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