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Changes in through-focus spatial visual performance with adaptive optics correction of monochromatic aberrations

机译:通过对单色像差进行自适应光学校正,可以改变全焦点空间视觉性能

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摘要

We determined the influence of adaptive optics correction on through-focus illiterate-E visual acuity and through-focus contrast sensitivity under monochromatic conditions. In two subjects, adaptive optics improved high and low (12 %) contrast in-focus visual acuity by 0.1 to 0.15 logMAR, but resulted in more rapid and more symmetrical deterioration in visual acuity away from in-focus. In one subject, adaptive optics improved in-focus contrast sensitivity and resulted in more symmetrical and greater loss of contrast sensitivity about the peak sensitivity because of correction of higher order aberrations. The results show that full correction of higher order aberrations may worsen spatial visual performance in the presence of some defocus.
机译:我们确定了自适应光学校正对单色条件下的全焦点文盲-E视敏度和全焦点对比度灵敏度的影响。在两个受试者中,自适应光学器件将高和低(12%)的对比度聚焦对焦视敏度提高了0.1至0.15 logMAR,但导致远离聚焦对焦的视敏度出现了更快,更对称的下降。在一个主题中,由于对高阶像差的校正,自适应光学器件改善了对焦对比度的灵敏度,并导致峰值灵敏度附近的对称灵敏度更加对称且损失更大。结果表明,在存在一些散焦的情况下,对高阶像差的完全校正可能会恶化空间视觉性能。

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