Experimental Measurements on Long-Term IR Readout of Data Recorded in Organic Optical Storage Media

D. Kay, F. Strome, J. Wrobel
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Abstract

This paper presents the results of two studies on long-term readout of organic optical recording media: (a) bit error measurements from digital data tracks read 106-107 times from a rotating disk versus IR read power and (b) simulations of a very large number of readouts (108-109) using a pulsed IR read source to interrogate stationary pits. The second technique is used to provide data at a number of read cycles too time consuming for the first method, thus providing an efficient means to evaluate novel media.
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有机光存储介质中记录数据的长期红外读出实验测量
本文介绍了有机光学记录介质长期读出的两项研究结果:(a)从旋转磁盘读取106-107次的数字数据轨道与红外读取功率的比特误差测量;(b)使用脉冲红外读取源询问固定凹坑的大量读出(108-109)的模拟。第二种技术用于在多个读取周期中提供数据,这对于第一种方法来说太耗时,从而提供了一种评估新介质的有效手段。
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