Visualization and Simulation in Scientific Computing for the Cornea

视力质量受角膜形状的显著影响，即使是微小的形状变化，在微米级，也会对视觉表现产生显著影响。本研究将发展有效、科学的角膜可视化技术。在眼病诊断、眼科手术以及矫正隐形眼镜的设计和制造等领域，对更精确测量的需求是显而易见的。改进的科学可视化技术将向临床医生传达角膜的形状，以帮助晶状体的安装，视野的敏锐度和手术后，并将显示如何修改隐形眼镜的参数影响其形状。

The quality of vision is significantly influenced by the shape of the cornea, and even subtle shape variations, at the micron level, can have significant effects on visual performance. The proposed research will develop effective scientific visualization techniques for the cornea. In such areas as eye disease diagnosis, eye surgery, and the design and fabrication of corrective contact lenses, the need for more precise measurements is apparent. Improved scientific visualization techniques will convey to a clinician the shape of a cornea to aid in the fitting of lens, the acuity of the visual field and after surgery, and will show how modifying the parameters of a contact lens affects its shape.