parity error

I began to feel that the computer wasn't the only one in the house with a memory parity error.

This, too, is vulnerable to the parity errors described above.

Some methods are designed to avoid the parity errors described above.

But, it is also possible to get parity errors.

These situations are known as parity errors, and require special algorithms to be solved.

I forget the exact trigger mechanism, but it gives constant parity errors.

There are ways to solve a Rubik's Revenge without getting parity errors.

In earlier times faulty memory was relatively common, and parity errors, very noticeable to the user, not infrequent.

For instance, solving the corners and edges first and the centres last would avoid such parity errors.

These problems are called parity errors.

As a result, the parity errors sometimes seen on the 4x4x4 cannot occur on the 5x5x5 unless the cube has been tampered with.

E.g., a 'parity check' is the result of a hardware-detected parity error.

System Reset is not guaranteed to correct parity errors in general registers, floating point registers or storage.

Parity is just fine, since any instruction suffering a parity error can be invalidated and refetched from memory.

Parity error protected setup.

"Massive parity errors."

A parity error typically caused the machine to halt, with loss of unsaved data; this is usually a better option than saving corrupt data.

This is because RAID-5 uses parity error correcting redundancy.

Electromechanical teleprinters were arranged to print a special character when received data contained a parity error, to allow detection of messages damaged by line noise.

The PCI bus detects parity errors, but does not attempt to correct them by retrying operations; it is purely a failure indication.

Standard 30 pin SIMMs can be used as long as they use parity error detection and are rated 80 ns or faster.

A Parity Error occurs when the parity of the number of 1 bits disagrees with that specified by the parity bit.

Because of this, there is no need to detect the parity error before it has happened, and the PCI bus actually detects it a few cycles later.

If parity RAM is used the chipset will usually use it to implement error correction, rather than halting the machine on a single-bit parity error.

Its functions included running a system confidence check when power is first applied, bootstrapping the CPU, and taking control should an unrecoverable control store parity error be detected.