error recovery - definizione. Che cos'è error recovery
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Cosa (chi) è error recovery - definizione


Error recovery control         
FEATURE OF HARD DISKS WHICH ALLOW A SYSTEM ADMINISTRATOR TO CONFIGURE THE AMOUNT OF TIME A DRIVE'S FIRMWARE IS ALLOWED TO SPEND RECOVERING FROM A READ OR WRITE ERROR
TLER; Time-Limited Error Recovery; Error Recovery Control; Time-limited error recovery; Command completion time limit; Command Completion Time Limit; SMART Command Transport Error Recovery Control
In computing, error recovery control (ERC) (Western Digital: time-limited error recovery (TLER), Samsung/Hitachi: command completion time limit (CCTL)) is a feature of hard disks which allow a system administrator to configure the amount of time a drive's firmware is allowed to spend recovering from a read or write error. Limiting the recovery time allows for improved error handling in hardware or software RAID environments.
error detection and correction         
TECHNIQUES THAT ENABLE RELIABLE DELIVERY OF DIGITAL DATA OVER UNRELIABLE COMMUNICATION CHANNELS
Error-detecting system; Redundancy check; Error control; Error correction; Error-detecting code; Error detection; Error detector; Error checking; Error-correction; Error Control Coding; Error Correction; Error detecting code; Error Checking and Correcting; Error correction and detection; Error Detection; Error coding; Error detection code; Error recovery; Error-correcting; Error detection coding; Error detection & correction; EDAC (Linux); Bluesmoke (Linux); Error checking and correcting
<algorithm, storage> (EDAC, or "error checking and correction", ECC) A collection of methods to detect errors in transmitted or stored data and to correct them. This is done in many ways, all of them involving some form of coding. The simplest form of error detection is a single added {parity bit} or a cyclic redundancy check. Multiple parity bits can not only detect that an error has occurred, but also which bits have been inverted, and should therefore be re-inverted to restore the original data. The more extra bits are added, the greater the chance that multiple errors will be detectable and correctable. Several codes can perform Single Error Correction, Double Error Detection (SECDEC). One of the most commonly used is the Hamming code. At the other technological extreme, cuniform texts from about 1500 B.C. which recorded the dates when Venus was visible, were examined on the basis of contained redundancies (the dates of appearance and disappearance were suplemented by the length of time of visibility) and "the worst data set ever seen" by [Huber, Zurich] was corrected. RAM which includes EDAC circuits is known as {error correcting memory} (ECM). [Wakerly, "Error Detecting Codes", North Holland 1978]. [Hamming, "Coding and Information Theory", 2nd Ed, Prentice Hall 1986]. (1995-03-14)
Error detection and correction         
TECHNIQUES THAT ENABLE RELIABLE DELIVERY OF DIGITAL DATA OVER UNRELIABLE COMMUNICATION CHANNELS
Error-detecting system; Redundancy check; Error control; Error correction; Error-detecting code; Error detection; Error detector; Error checking; Error-correction; Error Control Coding; Error Correction; Error detecting code; Error Checking and Correcting; Error correction and detection; Error Detection; Error coding; Error detection code; Error recovery; Error-correcting; Error detection coding; Error detection & correction; EDAC (Linux); Bluesmoke (Linux); Error checking and correcting
In information theory and coding theory with applications in computer science and telecommunication, error detection and correction (EDAC) or error control are techniques that enable reliable delivery of digital data over unreliable communication channels. Many communication channels are subject to channel noise, and thus errors may be introduced during transmission from the source to a receiver.