parity check
redundancy check
odd-even check

The frame ends with a 32-bit cyclic redundancy check which is used to detect any corruption of data in transit.

This makes it possible to use codes such as Cyclic redundancy checks, which can detect, and sometimes repair an error.

It makes heavy use of cyclic redundancy check codes to detect errors.

Parity in this form, applied across multiple parallel signals, is known as a transverse redundancy check.

In a parallel bus, there is one longitudinal redundancy check bit per parallel signal.

The current text in Cyclic redundancy check does not show the polynomial representation.

The transverse redundancy check is stored on a dedicated "parity track".

So many packets use a checksum or cyclic redundancy check to make sure they got the right information.

Numerous varieties of cyclic redundancy checks have been incorporated into technical standards.

It is a kind of redundancy check.