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On error-correcting balanced codes
IEEE Transactions on Information Theory, 1989Results are presented on families of balanced binary error-correcting codes that extend those in the literature. The idea is to consider balanced blocks as symbols over an alphabet and to construct error-correcting codes over that alphabet. Encoding and decoding procedures are presented. Several improvements to the general construction are discussed.
Tilborg, van, H.C.A., Blaum, M.
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Multiple error-correcting WOM-codes
2010 IEEE International Symposium on Information Theory, 2010A Write Once Memory (WOM) is a storage medium with binary memory elements, called cells, that can change from the zero state to the one state only once. Examples of WOMs are punch cards, optical disks, and more recently flash memories. WOM-codes were first presented by Rivest and Shamir and are designed for efficiently storing and updating data in the ...
Eitan Yaakobi +3 more
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IEEE Transactions on Information Theory, 2019
Coding schemes are presented that provide the ability to locate computational errors above a prescribed threshold while using analog resistive devices for approximate real vector–matrix multiplication. In such devices, the matrix is programmed into the device by setting an array of resistors to have conductances proportional to the respective entries ...
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Coding schemes are presented that provide the ability to locate computational errors above a prescribed threshold while using analog resistive devices for approximate real vector–matrix multiplication. In such devices, the matrix is programmed into the device by setting an array of resistors to have conductances proportional to the respective entries ...
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Codes for the correction of 'clustered' errors
IEEE Transactions on Information Theory, 1960A method is described which permits the systematic construction of codes capable of error-free transmission, provided errors occur in "clusters" of limited duration. The method is valid for error clusters of any prescribed duration. The codes are relatively easy to implement and decoding operations are straightforward.
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The complexity of error-correcting codes
1997By concatenating linear-time codes with small, good codes, it is possible to construct in polynomial time a family of asymptotically good codes that approach the Shannon bound that can be encoded and decoded in linear time. Moreover, their probability of decoder error is exponentially small in the block length of the codes.
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Corrections to “Analog Error-Correcting Codes”
IEEE Transactions on Information Theory, 2023openaire +2 more sources
An Introduction to Error-Correcting Codes
IEEE Transactions on Communications, 1973Herbert O. Burton, Shih-Yung Tong
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Duality of Quantum and Classical Error Correction Codes: Design Principles and Examples
IEEE Communications Surveys and Tutorials, 2019Hung Viet Nguyen +2 more
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