Results 211 to 220 of about 12,027 (259)
On-Body and Off-Body Communications: A Comparative Study Between Hardware and Simulations. [PDF]
Sensors (Basel)Oza D, Ramonet AG, Yoshida M, Noguchi T.
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Generalized number-phase lattice encoding of a bosonic mode for quantum error correction. [PDF]
Nat CommunHu DL, Cai W, Zou CL, Xiang ZL.
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Some new QEC MDS codes with large minimum distance. [PDF]
Sci RepLi L, Tian F, Cao Z, Liu L.
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Continuous-variable fault-tolerant quantum computation under general noise. [PDF]
Nat CommunMatsuura T, Menicucci NC, Yamasaki H.
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Steganography and error-correcting codes
Signal Processing, 2007Carlos Munuera
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Error Correcting Network Codes
Computer Networks, 2021Abstract Network coding (NC) is a novel forwarding technique that promise to change many aspects of networking. However, the error propagation problem in NC resulting from the encoding on the Network layer makes the error-correcting process performed classically on the Physical layer very expensive in terms of computational resources, especially when
Mohamed Amine Belhamra, El Mamoun Souidi
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Error-Correcting Codes for Flash Coding
IEEE Transactions on Information Theory, 2011Flash memory is a non-volatile computer storage device which consists of blocks of cells. While increasing the voltage level of a single cell is fast and simple, reducing the level of a cell requires the erasing of the entire block containing the cell. Since block-erasures are costly, traditional flash coding schemes have been developed to maximize the
Qin Huang 0002 +2 more
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IEEE Transactions on Information Theory, 1991
A problem raised by R.L. Rivest and A. Shamir (1982), namely, constructing write-once-memory (WOM) codes capable of error correction, is considered. The authors call a (n,m,t)-WOM code a scheme that allows t successive writings of m arbitrary bits (i.e., one message among 2/sup m/) on a WOM of size n.
Gilles Zémor, Gérard D. Cohen
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A problem raised by R.L. Rivest and A. Shamir (1982), namely, constructing write-once-memory (WOM) codes capable of error correction, is considered. The authors call a (n,m,t)-WOM code a scheme that allows t successive writings of m arbitrary bits (i.e., one message among 2/sup m/) on a WOM of size n.
Gilles Zémor, Gérard D. Cohen
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Error correcting coding for OTN
IEEE Communications Magazine, 2010Forward error correction codes for 100 Gb/s optical transmission are currently receiving much attention from transport network operators and technology providers. We discuss the performance of hard decision decoding using product type codes that cover a single OTN frame or a small number of such frames.
Jørn Justesen +2 more
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