error correction

To your first question: yes, without some kind of error correction.

The lower the protection class the higher the level of error correction.

It does not carry out any form of error correction.

You're able to have a variable amount of error correction.

Error correction does not seem to have a direct influence on learning a second language.

So the more error correction you have, the larger percentage of the whole area is not data.

The higher the error correction level, the less storage capacity.

What the guys realized was that data is like error correction code.

They need another 3-4 orders of magnitude to do error correction.

Which came first, the large genome or the error correction enzymes?

These kind of surges are always related to error correction.

The following is a sketch of the main idea behind this error correction technique.

Such errors were studied, along with traditional error correction techniques.

They use error correction codes as a marketing bullet point?

For more information, look up "forward error correction" on Wikipedia.

A larger distance allows for more error correction and detection.

This process adds 64 bits of error correction data to each frame.

The data machines, for instance, need extra error correction circuits.

They expect to announce any release of the final results only after error corrections are complete.

A number of alternative techniques for error correction were introduced and evaluated.

Forward error correction is especially helpful in this case.

The net bit rate is lower due to the addition of forward error correction codes.

If they can, then effective error correction methods can be considered.

Also the signal is much worse, and more bandwidth needs to be spent on error correction.

Error correction must be manage on the application level.