@article{oai:ir.kagoshima-u.ac.jp:00008207,
 author = {Tsujimura, Sei-Ichi and 辻村, 誠一 and Shioiri, Satoshi and 塩入, 諭 and Hirai, Yuzo and 平井, 有三 and Yaguchi, Hirohisa and 矢口, 博久},
 issue = {5},
 journal = {Journal of the Optical Society of America. A, Optics, image science, and vision},
 month = {},
 note = {We describe a technique to estimate the intrinsic phase shift between long-wavelength-cone (L-cone) and middle-wavelength-cone (M-cone) signals in the luminance mechanism with minimal contamination by chromatic mechanism(s). The technique can also estimate, simultaneously with the phase shift, the weight ratio of L and M cones for the luminance mechanism. We measured motion identification thresholds for a 1.0 cycle/deg, 12.0-Hz sinusoidal grating representing different vector directions in L- and M-cone contrast space. The physical phase of the L- and M-cone signals was varied over a broad range between −150 deg and +150 deg to investigate the effect on the threshold contours. The slope of the threshold contour in cone contrast space varied as a function of the physical phase. Estimates of the intrinsic phase shift between L and M cones are based on the change in slope of the threshold contour. The estimates are consistent with previous reports and show that whereas the L-cone signal lags behind the M-cone signal by ~35 deg for an orange background, the M-cone signal lags behind the L-cone signal by ~8 deg for a green background.},
 pages = {846--857},
 title = {Technique to investigate the temporal phase shift between L- and M-cone inputs to the luminance mechanism},
 volume = {17},
 year = {2000},
 yomi = {ツジムラ, セイイチ and シオイリ, サトシ and ヒライ, ユウゾウ and ヤグチ, ヒロヒサ}
}