Polar Write Once Memory Codes

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چکیده

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Concurrent use of write-once memory

We consider the problem of implementing general sharedmemory objects on top of write-once bits, which can be changed from 0 to 1 but not back again. In a sequential setting, write-once memory (WOM) codes have been developed that allow simulating memory that support multiple writes, even of large values, setting an average of 1 + o(1) write-once bits per write. We show that similar space efficie...

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Storage media such as digital optical disks, PROMS, or paper tape consist of a number of "write-once" bit positions (wits); each wit initially contains a "0" that may later be irreversibly overwritten with a "1." It is demonstrated that such "write-once memories" (woms) can be "rewritten" to a surprising degree. For example, only 3 wits suffice to represent any 2-bit value in a way that can lat...

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Probabilistic performance of write-once memory with Linear Wom codes - Analysis and insights

The level of write-once memory cells (e.g., Flash) can only be raised individually. Bulk erasure is possible, but only a number of times (endurance) that decreases sharply with increasing cell capacity or cell-size reduction. A device’s declared storage capacity and the total amount of information that can be written to it over its lifetime thus jointly characterize it. Write-once memory (WOM) ...

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Number : Title : Concurrent use of write - once memory

We consider the problem of implementing general shared-memory

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ژورنال

عنوان ژورنال: IEEE Transactions on Information Theory

سال: 2013

ISSN: 0018-9448,1557-9654

DOI: 10.1109/tit.2013.2255732