Sentence examples for scrambling information from inspiring English sources

There are many different encryption functions that do a good job of scrambling information into white noise.

There is scrambling information as you test it in discussion or try to mesh it with contradictory information.

Encryption, has, since at least the Ancient Greeks, been a method of scrambling information with the noise of arbitrary character strings; only someone with a rubric could determine what is the noise and what is the message.

In this case, the parts of the process relating to the scrambled information happen in software.

All DVDs are created as scrambled information that can only be unlocked by a DVD player, preventing the user from manipulating the DVD video or saving it in unencrypted form.

By this year, the Sigint Enabling Project had found ways inside some of the encryption chips that scramble information for businesses and governments, either by working with chipmakers to insert back doors or by exploiting security flaws, according to the documents.

The theory is this: no (sane) manufacturer would try to sell a TV or set-top box which wasn't able to decode this scrambled information, and the only legal way that this can happen is if the manufacturer signs the agreement with the BBC.

This scheme causes intentional bit error propagation where transmitted bits consist of scrambled information bits.

The interleaver provides scrambled information for the second component MAP decoder so that the inputs of the two component MAP decoders should be decorrelated and a suboptimal decoding algorithm based on the decorrelated information exchange can be applied among the component MAP decoders.

As seen in this figure, the transmission process begins by feeding the scrambled information bits forming a packet into a 1/2-rate convolutional encoder that, after puncturing, achieves overall rates of 1/2, 2/3, 3/4, or 5/6 (optionally, the same rates can be attained by using a low density parity check (LDPC) encoder at different coding rates).

The premise of what computer scientists call "fully homomorphic encryption," like many long-unsolved mathematical puzzles, sounds both simple and impossible: Can data be encrypted in a way that allows any calculation to be performed on the scrambled information without unscrambling it?