HAPTIC PRESENTATION DEVICE AND PROGRAM
To generate information for presenting haptic stimulus that contributes to improvement of immersiveness when a viewer views video.SOLUTION: A video analysis unit 11 of a haptic presentation device 1 is configured to: obtain a plurality of time-series frames by sampling video E; detect rectangular co...
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Format | Patent |
Language | English Japanese |
Published |
08.02.2024
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Abstract | To generate information for presenting haptic stimulus that contributes to improvement of immersiveness when a viewer views video.SOLUTION: A video analysis unit 11 of a haptic presentation device 1 is configured to: obtain a plurality of time-series frames by sampling video E; detect rectangular coordinates of one or more objects in each of the frames; calculate rectangular data v (a moving amount v1(n) of a center of a rectangle, a rectangle area v2(n), and a rectangle magnification v3(n)) of an object having a maximum area; extract maximum rectangle data vmax; and calculate a sound volume amplification amount a(n) on the basis of the rectangle data v and the maximum rectangle data vmax. A sound volume control unit 12 extracts a low-frequency sound signal S or the like from the video E, and multiples the sound volume amplification amount a(n) by sound volume A of the low-frequency sound signal S, to generate a new low-frequency sound signal S' with the amplified sound volume A. A haptic presentation unit 13 outputs the low-frequency sound signal S' to a haptic device 7.SELECTED DRAWING: Figure 1
【課題】視聴者が映像を視聴する際に、没入感向上に寄与する触覚刺激を提示するための情報を生成する。【解決手段】触覚提示装置1の映像解析部11は、映像Eをサンプリングして時系列の複数のフレームを取得し、複数のフレームのそれぞれについて、1または複数の物体の矩形座標を検出し、面積が最大の物体の矩形データv(矩形中心の移動量v1(n)、矩形面積v2(n)及び矩形拡大率v3(n))を算出し、最大矩形データvmaxを抽出し、矩形データv及び最大矩形データvmaxに基づいて音量増幅量a(n)を算出する。音量制御部12は、映像Eから低周波音声信号S等を抽出し、低周波音声信号Sの音量Aに音量増幅量a(n)を乗算することで、音量Aを増幅した新たな低周波音声信号S'を生成する。触覚提示部13は、低周波音声信号S'を触覚デバイス7へ出力する。【選択図】図1 |
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AbstractList | To generate information for presenting haptic stimulus that contributes to improvement of immersiveness when a viewer views video.SOLUTION: A video analysis unit 11 of a haptic presentation device 1 is configured to: obtain a plurality of time-series frames by sampling video E; detect rectangular coordinates of one or more objects in each of the frames; calculate rectangular data v (a moving amount v1(n) of a center of a rectangle, a rectangle area v2(n), and a rectangle magnification v3(n)) of an object having a maximum area; extract maximum rectangle data vmax; and calculate a sound volume amplification amount a(n) on the basis of the rectangle data v and the maximum rectangle data vmax. A sound volume control unit 12 extracts a low-frequency sound signal S or the like from the video E, and multiples the sound volume amplification amount a(n) by sound volume A of the low-frequency sound signal S, to generate a new low-frequency sound signal S' with the amplified sound volume A. A haptic presentation unit 13 outputs the low-frequency sound signal S' to a haptic device 7.SELECTED DRAWING: Figure 1
【課題】視聴者が映像を視聴する際に、没入感向上に寄与する触覚刺激を提示するための情報を生成する。【解決手段】触覚提示装置1の映像解析部11は、映像Eをサンプリングして時系列の複数のフレームを取得し、複数のフレームのそれぞれについて、1または複数の物体の矩形座標を検出し、面積が最大の物体の矩形データv(矩形中心の移動量v1(n)、矩形面積v2(n)及び矩形拡大率v3(n))を算出し、最大矩形データvmaxを抽出し、矩形データv及び最大矩形データvmaxに基づいて音量増幅量a(n)を算出する。音量制御部12は、映像Eから低周波音声信号S等を抽出し、低周波音声信号Sの音量Aに音量増幅量a(n)を乗算することで、音量Aを増幅した新たな低周波音声信号S'を生成する。触覚提示部13は、低周波音声信号S'を触覚デバイス7へ出力する。【選択図】図1 |
Author | SASAKI MOMOKO MOCHIZUKI TAKAHIRO TAKAHASHI MASAKI |
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Snippet | To generate information for presenting haptic stimulus that contributes to improvement of immersiveness when a viewer views video.SOLUTION: A video analysis... |
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Title | HAPTIC PRESENTATION DEVICE AND PROGRAM |
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