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channels as well as the audio samples on even or odd-number instants within the interleaving scheme, provide the error concealment ability, and the multitude of interleave structures used on the CD makes it possible to correct and detect errors with a relatively low amount of redundancy.
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up to 4000 data bits in sequence (2.5 mm in length as seen on CD surface) and compensates for error bursts up to 12,000 bits (7.5 mm) that may be caused by minor scratches.
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Room for future introduction of four audio channels without major changes in the format (as of 2024, this has not been implemented).
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203:(12 October 1999). "Reed–Solomon Codes and the Compact Disc". In Stephen B. Wicker, Vijay K. Bhargava (ed.).
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are specifically useful in combating mixtures of random and burst
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Simple decoder strategy possible with reasonably-sized external
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231:"Stan Hanley, Reed-Solomon Codes and CD Encoding"
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27:Error-correcting codes used on compact discs
188:Error correctable data transmission method
209:. John Wiley & Sons. pp. 41–59.
206:Reed-Solomon Codes and Their Applications
95:may provide concealment by approximation
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190:(CIRC Patent) filing date May 21, 1980
18:Cross-interleaved Reed-Solomon coding
36:cross-interleaved Reed–Solomon code
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85:High random error correctability
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153:Parity (telecommunication)
126:interleaved cross-wise
148:Parity (mathematics)
104:Very high efficiency
100:random access memory
66:Reed–Solomon codes
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267:Categories
178:US 4413340
164:References
112:Interleave
52:redundant
247:cite web
237:June 10,
158:Checksum
137:See also
61:Overview
34:system,
30:In the
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130:stereo
70:errors
57:byte.
55:parity
48:bytes
253:link
239:2019
211:ISBN
50:one
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