Code Design for Optical Storage - a Comparison to Magnetic Storage

P. Siegel
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Abstract

Magnetic recording on disks and tapes has been successfully used for digital data storage for over 25 years. Binary digits (bits) are stored as the presence or absence of magnetization reversals along a track. During readback, the sequence of magnetization transitions induces a corresponding pulse train, from which the recorded bit string is recovered by detection of peak positions relative to time intervals generated by a synchronized clock.
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光存储的代码设计——与磁存储的比较
磁盘和磁带上的磁记录已成功地用于数字数据存储超过25年。二进制数字(位)被存储为沿轨道磁化反转的存在或不存在。在回读期间,磁化跃迁序列诱导出相应的脉冲序列,通过检测相对于同步时钟产生的时间间隔的峰值位置,从中恢复记录的位串。
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