computing holography

英

美

【计】计算全息术

It has many potential applications, including self-adaptive optics, optical computing and optical communications, image processing and real-time holography.
光折变晶体具有非常大的非线性光学系数，是一种理想的相位共轭材料，因而被广泛地应用于自适应光学、光计算、光通讯、图像处理、实时信息处理等许多方面。
Algorithm of computing digital grating is key problem in CGH, traditional computing that simulate optical holography is not only complex but also big data, which is difficulty to realize.
在基于计算机的全息（CGH）显示中，数码光栅的计算方法是关键问题，传统的模拟光学全息的计算不仅复杂而且数据量大，不易实现。
Along with the rapid development of the electronic computer technology and computing technology, they combined with holography and thus produced computer generated hologram and digital holography one after another.
随着电子计算机技术与计算技术的迅速发展，它们与全息技术相结合，相继产生了计算全息和数字全息技术。
Fabrication of spatial filter by method of computing holography Spatial Planning
空间滤波器阵列结构优化设计用计算全息方法制作的空间滤波器
Computing Principle 、 Methods and System Implement on Holography Display
全息显示的计算原理、方法及系统实现