光存储介质凹坑形成动态测试系统

R. Barnes
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引用次数: 0

摘要

在处理光存储材料时,大数据场带来了两个问题:1)用一组奇异的受控参数来写入孔或坑;2)将此坑与分析系统相关联。坑洞的形成和分析需要同时进行或接近实时。该装置的目的是将各种可调参数和分析能力结合在一起,以便在形成凹坑时,我们可以评估结果并立即补偿凹坑形成系统,以优化或评估给定的介质。该系统使用大型多端口试验台进行组装。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
System for Dynamic Testing of Optical Storage Media Pit Formation
When working with optical storage material, the large field of data poses two problems: 1) writing the hole or pit with a singular set of controlled parameters; and 2) correlating this pit to the analysis system. The pit formation and analysis need to be simultaneous or nearly real-time. The intent of this apparatus was to bring together a large variety of adjustable parameters and the ability to analyze them such that, as the pits are formed, we can evaluate the results and immediately compensate the pit formation system in order to optimize or evaluate a given media. The system was assembled using a large multi-port testbed.
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