微眼跳频率光闪烁观察相关视觉问题的系统观点
医学物理
2010-06-09 v2 生物物理
摘要
荧光灯（FL）的光闪烁，其基频 100 Hz 接近微眼跳（眼肌震颤成分）眼动的频率，对自闭症患者（自闭症人群）是一个严重问题，对新生儿、某些创伤事故后的人群以及约 10% 的其他方面完全正常的人群也是一个问题。本文采用“系统术语”讨论视觉干扰问题，为研究该问题提供了一个建设性框架。利用光强测量结果和一些简单的瞬时光强函数解析模型，并分析闪烁纹波与微眼跳频率重合（接近）的作用，我们提出了一个生物视觉控制系统的框图。我们还表明，大多数 FL 典型的波形奇异性可能对大脑控制眼颤很重要。后一个结论得到了视网膜上图像强度模拟的支持。
引用
@article{arxiv.1006.1093,
title = {A system outlook on the vision problem associated with observation of light flickering at the micro-saccades' frequency},
author = {Emanuel Gluskin and Yehuda Ben-Shimol and Frangiskos V. Topalis and Nikolas Bisketzis},
journal= {arXiv preprint arXiv:1006.1093},
year = {2010}
}
备注
This is a slightly improved AL10173E (Phys Rev E) for which an encouraging report had been obtained but the research was not continued. In our system-theory approach, we assume that the autists' problem with the light flickering is associated with saccadic eye movement, while in normal humans the brain can control the phase, which decreases the stroboscopic effect. 31 pages, 6 figures