利用数字全息和超快光学技术的三维物体传输方案

SPIE ITCom Pub Date : 2003-11-18 DOI:10.1117/12.515738

O. Matoba, B. Javidi

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引用次数: 2

摘要

提出了一种基于数字全息技术的三维物体传输系统。我们可以将全息检测三维物体信息与基于超短脉冲的脉冲成形器相结合，实现超快的数据传输。利用数字全息技术，通过快速介质对三维物体进行感知。然后，该介质的输出与一个超快光学系统接口。数据传输后，利用显示设备将信息以三维形式进行光学重构。给出了系统结构和数值评价。

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Three-dimensional object transmission scheme by use of digital holography and ultrafast optics

A three-dimensional (3D) object transmission system by use of digital holography is presented. We can combine holography to detect 3D object information with a pulse shaper based on ultrashort pulses for ultrafast data transmission. A 3D object is sensed by a fast medium using digital holography. Then, the output of this medium is interfaced with an ultrafast optical system. After the data transmission, the information is reconstructed optically in a 3D form using a display device. System configuration and numerical evaluation are presented.

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SPIE ITCom

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