Advanced Vision Intervention Algorithm(AVIA)

描述（来自研究者摘要）：本研究的目的 应用程序是实现一个迭代的，九步的高级愿景 软件中的干预算法（AVIA），以优化 几乎任何当前或预期的定制人类视觉干预 法软件程序将使用研究者的视觉光学类 库，以及新的软件的光线传输元件，数据库 分析例程，以及光线跟踪曲面优化算法。的 程序将允许，但不要求，考试数据从商业上可用 眼科仪器如角膜地形图和波前像差 输入到个人眼睛的光学建模中。这个算法，对于 调查人员的知识，唯一的正式框架，专门设计， 优化手术和非手术矫正方法的可预测性。它 不仅是一项技术创新，它还使最 目前和未来的视力矫正方法。 拟议商业应用：不可用

Description (from the investigator's abstract): The objective of this application is to implement an iterative, nine-step advanced vision intervention algorithm (AVIA) in software to optimize the predictability of virtually any current or anticipated customized human vision intervention method. The software program will use the investigator's Visual Optics class library, as well as new software for the ray transfer element, database analysis routines, and the ray tracing surface optimization algorithm. The program will allow, but not require, exam data from commercially available ophthalmic instruments such as corneal topography and wavefront aberration for input in the optical modeling of an individual's eye. This algorithm is, to the investigator's knowledge, the only formal framework designed specifically to optimize the predictability of surgical and non-surgical correction methods. It is not only a technological innovation in its own right, it also makes the most of the current and future vision correction methods to which it is applied. PROPOSED COMMERCIAL APPLICATION: NOT AVAILABLE