Run-length limited coding - Revision history

Jnc: +cat

2018-12-14T19:57:42Z

+cat

Jnc: Proper cat, clarify a bit

2018-10-20T21:14:25Z

Proper cat, clarify a bit

Jnc: A start...

2018-04-22T13:41:50Z

A start...

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'''Run-length limited coding''' (often abbreviated to '''RLL''') is the name for a group of coding system in which a group of N data bits is stored as N+M bits, with the encodings from the first to the second chosen to limit the maximum number of sequential bits of one value of another.

RLL is used with encoding systems such as [[Non return to zero inverted|NRZI]], in which long runs of a particular value would otherwise not exhibit level transitions, making it hard to keep the clock [[synchronized]].

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-'''Run-length limited coding''' (often abbreviated to '''RLL''') is the name for a group of coding system in which a group of N data bits is stored as N+M bits, with the encodings from the first to the second chosen to limit the maximum number of sequential bits of one value of another.
+'''Run-length limited coding''' (often abbreviated to '''RLL''') is the name for a group of coding system in which a group of N data [[bit]]s is stored as N+M bits, with the encodings from the first to the second chosen to limit the maximum number of sequential bits of one value or the other.
-RLL is used with encoding systems such as [[Non return to zero inverted|NRZI]], in which long runs of a particular value would otherwise not exhibit level transitions, making it hard to keep the clock [[synchronized]].
+RLL is used with encoding systems such as [[Non return to zero inverted|NRZI]], in which long runs of a particular value would otherwise not exhibit level transitions, making it hard to keep the [[clock]] [[synchronized]].
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