Titlebook: Channel and Source Coding for Non-Volatile Flash Memories; Mohammed Rajab Book 2020 The Editor(s) (if applicable) and The Author(s), under

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P. E. Schoen,P. Yager,R. G. Priestensity, low-latency, fast-programming and erase operation speeds at low costs. Flash memories are mechanical shock-resistant non-volatile memories. Therefore, flash memories are very interesting for many devices that require high data reliability, e.g. for industrial robotics, scientific and medical

其他

L. Ter-Minassian-Saraga,S. J. Abitbouls used as channel model for flash memories and BCH codes are used for error correction [94, 72]. Recently, different concatenated coding schemes were proposed that have low error correcting capabilities.

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Introduction,ensity, low-latency, fast-programming and erase operation speeds at low costs. Flash memories are mechanical shock-resistant non-volatile memories. Therefore, flash memories are very interesting for many devices that require high data reliability, e.g. for industrial robotics, scientific and medical instrumentation.

coagulation

Product codes and generalized concatenated codes for flash memories,s used as channel model for flash memories and BCH codes are used for error correction [94, 72]. Recently, different concatenated coding schemes were proposed that have low error correcting capabilities.

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P. E. Schoen,P. Yager,R. G. Priestensity, low-latency, fast-programming and erase operation speeds at low costs. Flash memories are mechanical shock-resistant non-volatile memories. Therefore, flash memories are very interesting for many devices that require high data reliability, e.g. for industrial robotics, scientific and medical instrumentation.

討厭

L. Ter-Minassian-Saraga,S. J. Abitbouls used as channel model for flash memories and BCH codes are used for error correction [94, 72]. Recently, different concatenated coding schemes were proposed that have low error correcting capabilities.

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