A system of recording digital data on photographic film using superimposed grating patterns

R. L. Lamberts, G. C. Higgins
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引用次数: 2

Abstract

The most common method for storing data in a binary form on photographic films has been to record each bit in terms of the presence or absence of a density in an area on the film. While in theory high-resolution materials have the inherent capacity for recording a tremendous number of bits within a given area, to a very great extent this has not been realizable because of technological difficulties. First of all, as the areas corresponding to the bits on the film are made smaller, they become more and more difficult to locate mechanically. And second, any film is bound to pick up a certain amount of dirt, and such particles can easily obscure individual bits and cause real havoc if high accuracy is required.
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用叠加光栅图样在照相胶片上记录数字数据的系统
在照相胶片上以二进制形式存储数据的最常用方法是根据胶片上某一区域的密度存在与否来记录每一位。虽然从理论上讲,高分辨率材料具有在给定区域内记录大量比特的固有能力,但由于技术上的困难,这在很大程度上是无法实现的。首先,由于薄膜上与比特相对应的区域越来越小,它们变得越来越难以机械定位。其次,任何胶片都必然会沾上一定量的污垢,如果需要高精度,这些颗粒很容易掩盖个别的部分,并造成真正的破坏。
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