error detection

There is some sort of error detection in this signal.

Most of them are based on error detection schemes.

The burst error detection ability of any code is .

Error detection techniques have no impact on existing transport layers.

This problem has applications in error detection and correction.

This area of the brain is functionally error detection and conflict monitoring.

It is also preferred for the line code to have a structure that will enable error detection.

Distributed data stores typically use an error detection and correction technique.

This may be done automatically or manually, but in either case it is normal to have some means of error detection.

Characters are sent using a 7-bit codec, with an 8th bit employed for error detection.

"Error detection is now functioning," the computer scientist said.

Traditional spelling error detection and correction data is for typed input.

The following sections discuss accepted literature methods of error detection and correction.

Every slice has error detection defined at the character layer, usually using parity.

Any error-correcting code can be used for error detection.

Error detection and correction codes are often used to improve the reliability of data storage media.

A modern hard disk devotes a large portion of its capacity to error detection data.

The simplest error detection code is the Parity bit.

As we have seen, generally some kind of n-gram or lexical check is used for error detection.

By upper bound, we mean a limit on our error detection ability that we can never go beyond.

In practice, 20 chips per line are preferred, increasing redundancy and allowing for better error detection.

The principles of data transmission are also utilized in storage media for Error detection and correction since 1951.

In that case, only error detection and canceling of erroneous packets are provided.

The accounting equation serves as an error detection tool.

Usually includes some redundancy for error detection or correction.