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Robust video-oculography for non-invasive autonomic ...
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由 M Kiyama 著作2011被引用 5 次 — We confirmed our method achieved an extraction accuracy of 98.3 % in precision and 98.9% in recall in average on the tested a total of 8,518 image frames from ...
Robust video-oculography for non-invasive autonomic nerve ...
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Abstract—A relationship between autonomic nerves activity and depression or Alzheimer's disease has been reported. The quantification of autonomic nerves is ...
Development of robust video-oculography system for non- ...
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2013年4月15日 — Video-oculography is known as a non-invasive and reliable procedure of estimating autonomic nerves activity by a measurement of pupil response ...
Development of robust video-oculography system for non- ...
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Robust video-oculography for non-invasive autonomic nerve quantification · Video‐oculography: A new diagnostic technology for vestibular patients · A new method ...
Robust video-oculography for non-invasive autonomic nerve ...
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Robust video-oculography for non-invasive autonomic nerve quantification. Kiyama, Masaru, Iyatomi, Hitoshi, Ogawa, Koichi.
Development of Robust Video-oculography System for Non ...
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由 M Kiyama 著作被引用 6 次 — Video-oculography is known as a non-invasive and reliable procedure of estimating autonomic nerves activity by a measurement of pupil response to a light ...
Masaru Kiyama
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Masaru Kiyama, Hitoshi Iyatomi, Koichi Ogawa : Robust video-oculography for non-invasive autonomic nerve quantification. EMBC 2011: 494-496.
A new diagnostic technology for vestibular patients
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Video-oculographic technology offers numerous advantages over traditional ENG/corneo-retinal recording technique with limited technical concerns (Table 2).
2011年度研究報告
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Masaru Kiyama, Hitoshi Iyatomi, Koichi Ogawa, “Robust Video-oculography for Non-invasive Autonomic Nerve Quantification,” Proc of 33rd Annual International ...
A new method for accurate and fast measurement of 3D ...
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A novel method for measuring torsion in three dimensions using modern computer vision software (OpenCV) and concepts of iris recognition is proposed.