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Abstract: Codes capable of correcting burst asymmetric and unidirectional errors are described. The proposed codes need approximately b+log/sub 2/k check ...
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Codes capable of correcting burst asymmetric and unidirectional errors are described. The proposed codes need approximately b+log/sub 2/k check bits.
A class of q-ary systematic codes correcting burst asymmetric errors is proposed. These codes have approximately b+logq(q−1)k+logq logq k check symbols, ...
In this paper, we present a class of integer codes capable of correct asymmetric solid burst errors.
Integer codes which have recently gain momentum due to the processor being used as both encoder and decoder makes a better choice for consideration than the ...
A binary code C is capable of correcting t or fewer asymmetric 1 * 0 errors (or 0 > 1 errors) iff the minimum asymmetric distance of the code is at least t + 1.
This paper defines symmetric, asymmetric, and unidirectional error classes and derives the necessary and sufficient conditions for a binary code to be ...
In this paper, we determine the probability of erroneous decoding of integer codes capable of correcting asymmetric CT-bursts, unidirectional solid bursts, and ...
Burst asymmetric/unidirectional error correcting/detecting codes · Seungjin ParkB. Bose. Computer Science, Engineering. [1990] Digest of Papers. Fault-Tolerant ...
In this paper, codes for correcting two or more random errors and a single unidirectional byte error are investigated. Constructions of such codes are proposed.