Results 301 to 310 of about 712,802 (346)

The Detection of Errors After Error-Correction Decoding

IEEE Transactions on Communications, 1984
In data transmission and storage systems, combined error correction and detection procedures are often used to provide high reliability. This paper considers the use of separate concatenated codes C and D for error correction and detection, respectively.
T. Klove, M. Miller
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Error detection and correction with the IDT49C466

Microprocessors and Microsystems, 1994
Abstract Until recently parity has been the traditional method of data protection. Parity, however, has several drawbacks: it masks out even bit errors, it cannot locate the bit in error and beyond a certain buswidth it can become inefficient. These factors have led to the development of a new breed of devices for data protection. Error detection and
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Error Detection and Correction Codes

2009
This chapter contains sections titled: Introduction Code Interleaving Error Detection and Correction Strategies Summary References ...
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Error Detection and Correction in RNS

2002
Error detection and correction in RNS has received considerable attention in literature. This was considered to be necessary in ROM based designs where some faults may occur which may be corrected by reconfiguring or bypassing the faulty device using additional residues corresponding to additional moduli. These additional moduli are termed as redundant
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Error Correcting and Detecting Codes

1992
As we have seen in Section 2.5, information theory provides theoretical upper bounds on the information rates that can be obtained over physical channels. While these bounds can be computed for a wide range of channels, the theory gives little indication of how they may be attained.
Richard D. Gitlin, Jeremiah F. Hayes, Stephen B. Weinstein   +2 more
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Error Detecting and Correcting Codes

2002
In this chapter, Error Detecting and Correcting Codes (also noted EDC codes) are presented. These codes, which are an illustration of the general theory of redundancy presented in Chapter 8, were originally used for the encoding of information to allow its transmission in noisy environments; for example, a transmission on an electrical line which is ...
Jean-Claude Geffroy, Gilles Motet
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Codes that Detect and Correct Errors

The College Mathematics Journal, 1988
(1988). Codes that Detect and Correct Errors. The College Mathematics Journal: Vol. 19, No. 5, pp. 402-416.
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Error Detection and Correction Codes

2008
Abstract This article presents an elementary introduction to the encoding methods used for error detection and correction in communication processes. These methods have been developed following the pioneering work of Claude Shannon in the 1940s that founded Information Theory. Information theory studies in mathematical terms how to transmit messages in
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Quantum Error Detection and Correction

2001
The algorithms discussed in Chapter 21 rely on having isolated systems to store information. In practical applications this is not possible, and the environment interacts with the systems causing decoherence. Suppose the data is contained in the state |x〉, and the environment is described by |E〉.
Yorick Hardy, Willi-Hans Steeb
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Detection and Correction for Measurement Error

SAE Technical Paper Series, 1965
<div class="htmlview paragraph">Measurement system error is considered from the standpoint of processing dynamic calibration data and applying corrections to measured test data. The sinusoidal and random modes of calibration are treated together with frequency and time domain modes of correction.
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